Clinical trials appendix FY 2019 results update
Movement since Q3 2019 update
New to Phase I | New to Phase II | New to Pivotal Study | New to Registration |
NME | NME | Lifecycle Management | NME |
AZD0466 | AZD9833 | Fasenra MANDARA | selumetinib#¶SPRINT 1 |
BCL2/xL haematalogical and solid tumours | selective oestrogen receptor degrader oestrogen receptor | IL5R mAb eosinophilic granulomatosis with polyangiitis | MEK inhibitor paediatric neurofibromatosis type-1 |
+ve breast cancer | |||
AZD2693 | Additional indication | ||
NASH resolution nonalcoholic steatohepatitis | cotadutide | Imfinzi#+/- tremelimumab + SoC CASPIAN 1 | |
GLP-1 / glucagon dual agonist nonalcoholic steatohepatitis | PD-L1 mAb +/- CTLA-4 mAb + SoC 1st-lineES-SCLC | ||
AZD4041# | |||
orexin 1 receptor antagonist opioid use | MEDI3506 | Lifecycle Management | |
disorder | IL33 mAb diabetic kidney disease | Farxiga3DAPA-HF1 | |
SGLT2 inhibitor worsening HF or CV death in patients with chronic HF | |||
MEDI0618 | MEDI5752 | (HFrEF) | |
PAR2 antagonist mAb osteoarthritis pain | PD-1/CTLA-4 bispecific mAb solid tumours | ||
Lynparza#PROFOUND 1 | |||
MEDI5395 | Additional indication | PARP inhibitor prostate cancer | |
rNDV GMCSF solid tumours | MEDI3506 | ||
IL33 mAb atopic dermatitis | Symbicort SYGMA1 | ||
ICS/LABA as-needed use in mild asthma | |||
Removed from Phase I | Removed from Phase II | Removed from Phase III | Removed from Registration |
NME | NME | NME | |
MEDI7247 | Epanova STRENGTH | Enhertu(trastuzumab deruxtecan)#¶DESTINY-Breast012 | |
ASCT2 antibody drug conjugate | omega 3 carboxylic acids CV outcomes trial in statin | HER2 targeting antibody drug conjugate HER2-Positive, Unresectable | |
haematological malignancies and solid tumours | treated patients at high CV risk, with persistent | and/or Metastatic Breast Cancer Subjects Previously Treated With T- | |
hypertriglyceridaemia plus low HDL cholesterol | DM1 | ||
oleclumab+AZD4635# | |||
CD73 mAb + A2aR inhibitor EGFRm NSCLC | |||
Lifecycle Management | |||
Calquence#ASCEND2 | |||
BTK inhibitor relapsed/refractory chronic lymphocytic leukaemia | |||
Calquence#ELEVATE-TN2 | |||
BTK inhibitor 1st-line chronic lymphocytic leukaemia | |||
Lynparza#POLO2 | |||
PARP inhibitor pancreatic cancer |
2 | ¶ Registrational Phase II/III study #Partnered and/or in collaboration 1 | Submission Accepted 2Submission Approved 3Farxigain the US; Forxigain ROW |
Q4 2019 New Molecular Entity (NME)1pipeline
Phase I | Phase II | |
18 New Molecular Entities | 27 New Molecular Entities | |
Phase III
12 New Molecular Entities
Under Review
2 New Molecular Entities
AZD0466
BCL2/xL haematological and solid tumours
AZD1390 glioblastoma
AZD4573 CDK9 haematological malignancies
AZD5153
BRD4 solid tumours, haematological malignancies
AZD5991 MCL1 haematological malignancies
AZD9496
SERD ER+ breast
Calquence+ceralasertib (AZD6738) BTK+ATR haematological tumours
Calquence+danvatirsen BTK+STAT3 haematological malignancies
Imfinzi#+adavosertib#
PD-L1+Wee1 solid tumours
Imfinzi#+RT (platform) CLOVER PD-L1+RT HNSCC NSCLC SCLC
Imfinzi#+tremelimumab | adavosertib# | |
PD-L1+CTLA-4 solid tumours | Wee1 ovarian cancer, solid tumours | |
Imfinzi#+tremelimumab+chemo | AZD2811 | |
PD-L1+CTLA-4 1L PDAC oesophageal | Aurora solid tumours, haematological | |
SCLC | malignancies | |
Imfinzi+selumetinib# | AZD4635 | |
PD-L1+MEK solid tumours | A2aR inhibitor prostate cancer | |
MEDI1191 | AZD9833 | |
IL-12 mRNA solid tumours | SERD ER+ breast | |
MEDI2228 | capivasertib# | |
BCMA ADC multiple myeloma | AKT breast | |
MEDI5083 | capivasertib# | |
CD40 ligand fusion protein solid | ||
AKT prostate | ||
tumours | ||
MEDI5395 | Enhertu# | |
rNDV GMCSF solid tumours | ADC colorectal cancer | |
oleclumab+Tagrisso | Enhertu# | |
CD73+EGFR EGFRm NSCLC | ADC NSCLC | |
Imfinzi# (platform) COAST
PD-L1+multiple novel ONC therapies
NSCLC
Imfinzi# (platform) NeoCOAST
PD-L1++multiple novel ONC therapies
NSCLC
Imfinzi#+AZD4635
PD-L1+A2aR prostate cancer
Imfinzi#+AZD5069 or Imfinzi# + danvatirsen# PD-L1+(CXCR2 or STAT3) HNSCC bladder NSCLC
Imfinzi#+Lynparza# ORION
PD-L1+PARP 1L mNSCLC
Imfinzi#+monalizumab#
PD-L1+NKG2a solid tumours
Imfinzi#+oleclumab
PD-L1+CD73 solid tumours
Imfinzi#+tremelimumab PD-L1+CTLA-4 gastric cancer
Imfinzi#+tremelimumab PD-L1+CTLA-4 biliary tract oesophageal
Imfinzi+Lynparza# BAYOU
PD-L1+PARP bladder
Lynparza#+adavosertib#
PARP+Wee1 solid tumours
Lynparza#+AZD6738 VIOLETTE PARP+ATR breast
Lynparza#+Imfinzi MEDIOLA
PARP+PD-L1 ovarian breast gastric
SCLC
MEDI5752
PD-1/CTLA-4 solid tumours
oleclumab+AZD4635 CD73+A2aR prostate cancer
oleclumab+chemo or Imfinzi#+ oleclumab+chemo CD73+chemo or PD-L1+CD73+chemo pancreatic
Tagrissocombo# TATTON EGFR+PD-L1/MEK/MET NSCLC
Tagrisso+savolitinib# SAVANNAH EGFR+MET advanced EGFRm
NSCLC
capivasertib+chemotherapy CAPItello-290 AKT+chemotherapy mTNBC 1L
Enhertu# DESTINY-Breast 02 ADC breast
Enhertu# DESTINY-Breast 03 ADC breast
Enhertu# DESTINY-Breast 04 ADC breast
Enhertu¶# DESTINY-Gastric01 ADC gastric
Imfinzi#+/-tremelimumab+chemo
POSEIDON
PD-L1+/-CTLA-4+SoC 1L NSCLC
Imfinzi#+/-tremelimumab+CRT
ADRIATIC PD-L1+/-CTLA-4+CRTLS-SCLC
Imfinzi#+tremelimumab DANUBE PD-L1+CTLA-4 1L bladder
Imfinzi#+tremelimumab HIMALAYA PD-L1+CTLA-4 1L HCC
Imfinzi#+tremelimumab KESTREL PD-L1+CTLA-4 1L HNSCC
Imfinzi#+tremelimumab+SoC NILE PD-L1+CTLA-4+SoC 1L urothelial cancer
Lynparza#+Imfinzi#+bevacizumab
DUO-OPARP+PD-L1+VEGF 1L ovarian
Imfinzi#+/-tremelimumab+SoC
CASPIAN
PD-L1+/-CTLA-4+SoC 1L ES-SCLC
selumetinib#¶ SPRINT
MEK paediatric neurofibromatosis type-1
1includes novel combinations and additional indications for assets
3 | where the lead is not yet launched | Imfinzi#+MEDI0457# | ||
PD-L1+DNA HPV vaccine HNSCC | Oncology | Precision medicine approach under investigation | ||
# Partnered and/or in collaboration; ¶Registrational Phase II/III study | ||||
Q4 2019 New Molecular Entity (NME)1pipeline
Phase I | Phase II | |
16 New Molecular Entities | 22 New Molecular Entities | |
Phase III
5 New Molecular Entities
Under Review
0 New Molecular Entities
AZD0284 | AZD8233 | abediterol# | ||
RORg psoriasis / respiratory | hypercholesterolemia cardiovascular | LABA asthma / COPD | ||
AZD4041# | AZD9977 | anifrolumab# | ||
orexin 1 receptor antagonist opinoid | ||||
MCR cardiovascular | Type I IFN receptor SLE SC | |||
use disorder | ||||
AZD0449 | MEDI0618 | anifrolumab# | ||
PAR2 antagonist mAb osteoarthritis | ||||
Inhaled JAK inhibitor asthma | Type I IFN receptor lupus nephritis | |||
pain | ||||
AZD1402# | MEDI1341# | AZD4831 | ||
inhaled IL4Ra asthma | alpha synuclein parkinson's disease | MPO HFpEF | ||
AZD2693 | MEDI1814# | AZD5718 | ||
nonalcoholic steatohepatitis | amyloidβ alzheimer's disease | FLAP coronary artery disease | ||
AZD5634 | MEDI5117# China | AZD7594 | ||
inhaled ENaC cystic fibrosis | IL6 YTE rheumatoid arthritis | Inhaled SGRM asthma / COPD | ||
AZD6615 | MEDI6570 | AZD7986# | ||
hypercholesterolemia CV disease | LOX-1 CV disease | DPP1 COPD | ||
AZD8154 | MEDI7219 | AZD8601# | ||
Inhaled PI3Kgd asthma | anti-diabetictype-2 diabetes | VEGF-A cardiovascular | ||
AZD8871# | ||||
MABA COPD | ||||
AZD9567 | ||||
SGRM RA / respiratory | ||||
cotadutide | ||||
GLP-1/glucagontype-2 diabetes / | ||||
obesity / NASH |
4 | 1includes novel combinations and additional indications for assets where the lead is not yet launched |
# Partnered and/or in collaboration; ¶Registrational Phase II/III study |
MEDI3506
Diabetic kidney disease
MEDI3506
IL33 AD / COPD
MEDI3902
Psl/PcrV Pseudomonas pneumonia
MEDI5884# cholesterol modulation cardiovascular
MEDI6012
LCAT cardiovascular
MEDI7352
NGF/TNF OA pain / painful diabetic neuropathy
roxadustat#
HIF-PH inhibitor chemo induced anaemia
suvratoxumab α-Toxin Staphylococcus pneumonia
tezepelumab#
TSLP atopic dermatitis
tezepelumab#
TSLP COPD
verinurad
URAT-1 chronic kidney disease
BioPharmaceuticals
anifrolumab# TULIP Type I IFN receptor SLE
nirsevimab (MEDI8897)# RSV mAb-YTE passive RSV immunisation
PT027
ICS/SABA asthma
roxadustat#
HIFPH anaemia MDS
tezepelumab#
NAVIGATOR SOURCE
TSLP severe uncontrolled asthma
Precision medicine approach under investigation
Q4 2019 Lifecycle Management (LCM)1pipeline
Phase I | Phase II | |
1 Project | 6 Projects | |
Phase III
20 Projects
Under Review
1 Project
Imfinzi#+azacitidine# | Imfinzi# | |
PD-L1+azacitidine MDS | PD-L1 solid tumours | |
Imfinzi# (platform) BEGONIA
PD-L1 1L mTNBC
Imfinzi# (platform) MAGELLAN
PD-L1 1L mNSCLC
Imfinzi+FOLFOX+bevacizumab (platform) COLUMBIA1 PD-L1+chemo+VEGF+multiple novel ONC therapies 1L MSS-CRC
Lynparza# (basket) MK-7339-002 /
LYNK002
PARP HRRm cancer
Lynparza#+cediranib CONCERTO
PARP+VEGF recurrent Pt-R ovarian
Calquence#
BTK inhibitor 1st line MCL
Calquence#
BTK inhibitor r/r CLL, high risk
Calquence# + venetoclax + obinutuzumab BTK+BCL-2+anti-CD20 1st line CLL
Imfinzi# CALLA
PD-L1 adj. locally advanced cervical cancer
Imfinzi# PEARL
PD-L1 1L metastatic NSCLC
Imfinzi# post-SBRTPACIFIC-4PD-L1post-SBRT stage I/II NSCLC
Imfinzi# POTOMAC PD-L1 non muscle invasive bladder cancer
Imfinzi#+CRT PACIFIC-2
PD-L1+CRT NSCLC
Imfinzi#+CRT PACIFIC-5 (China) PD-L1+CRTlocally-advanced stage III NSCLC
Imfinzi#+CTx neoadjuvant AEGEANPD-L1+CTxlocally-advanced stage I-III NSCLC
Imfinzi#+CTx NIAGARA PD-L1+CTx muscle invasive bladder cancer
Imfinzi#+CTx TOPAZ-1PD-L1+CTx 1L biliary tract cancer
Imfinzi#+VEGF EMERALD-2
PD-L1+VEGF adjuvant HCC
Imfinzi#+VEGF+TACE EMERALD-1PD-L1+VEGF+TACE locoregional
HCC
Lynparza# OlympiA
PARP gBRCA adjuvant breast
Lynparza# SOLO-3
PARP BRCAm PSR ovarian
Lynparza+abiraterone# PROpel PARP+NHA prostate cancer
Tagrisso ADAURA
EGFR adj. EGFRm NSCLC
Tagrisso LAURA
EGFRm locally advanced unresectable
NSCLC
Tagrisso+chemo FLAURA2 EGFR+chemo 1L adv EGFRm NSCLC
Lynparza# PROfound PARP prostate cancer
5 | 1Includes significant LCM projects and parallel indications for assets beyond Phase III | Oncology | Precision medicine approach under investigation |
# Partnered and/or in collaboration; ¶Registrational Phase II/III study |
Q4 2019 Lifecycle Management (LCM)1pipeline
Phase | I | Phase II | Phase III | Under Review | ||
0 Projects | 1 Project | 9 Projects | 4 Projects | |||
Breztri | Brilinta/Brilique HESTIA | Brilinta/Brilique THEMIS | ||||
LABA/LAMA/ICS asthma | P2Y12 paeds w/ sickle cell | P2Y12 diabetes & CAD outcomes | ||||
Brilinta/Brilique THALES | Farxiga/Forxiga DAPA-HF | |||||
P2Y12 stroke | SGLT2 HFrEF | |||||
Farxiga/Forxiga Dapa-CKD | Nexium(CN only) | |||||
SGLT2 CKD | stress ulcer prophylaxis | |||||
Farxiga/Forxiga DELIVER | Symbicort SYGMA | |||||
SGLT2 HFpEF | as needed in mild asthma | |||||
Farxiga/Forxiga DETERMINE- | ||||||
Preserved | ||||||
Farxiga/Forxiga DETERMINE- | ||||||
Reduced | ||||||
Fasenra MANDARA | ||||||
IL5R EGPA | ||||||
Fasenra# OSTRO, ORCHID | ||||||
IL5R nasal polyposis | ||||||
Fasenra# RESOLUTE | ||||||
IL5R COPD | ||||||
1Includes significant LCM projects and parallel indications for assets beyond Phase III
6 | # Partnered and/or in collaboration; ¶Registrational Phase II/III study | BioPharmaceuticals | Precision medicine approach under investigation |
Estimated key regulatory submission acceptances
NME
LCM
PT027 asthma | ||||||||
tezepelumab asthma | ||||||||
NAVIGATOR | ||||||||
Enhertu | Enhertu | Fasenrasevere asthma (China) | ||||||
gastric cancer (Japan) | DESTINY-Breast02 | |||||||
Imfinzi+ tremelimumab bladder | anifrolumab SLE | Imfinzi+ tremelimumab HCC | capivasertb + CTx 1L mTNBC | Imfinzi+ tremelimumab + CRT LDS-SCLC | ||||
DANUBE | TULIP | HIMALAYA | CAPItello-290 | ADRIATIC | ||||
Imfinzi+ tremelimumab HNSCC | Enhertu | Imfinzi+/- tremelimumab NSCLC | Enhertu | Imfinzi+ tremelimumab+ SoC urothelial | ||||
KESTREL | DESTINY-Breast01 (EU) | POSEIDON | DESTINY-Breast03 | NILE | ||||
selumetinib NF1 | Imfinzi+/- tremelimumab SCLC | Lynparza+ cediranib ovarian | Enhertu | Lynparza+Imfinzi+ bevacizumab ovarian | ||||
SPRINT (EU) | CASPIAN (China) | GY004 | DESTINY-Breast04 | DUO-O | ||||
H1 2020 | H2 2020 | 2021 | 2021+ | |||||
Brilinta stroke | Lynparza ovarian | Brilintapaeds w/ sickle cell | Calquence 1L MCL | TagrissoEGFrm NSCLC | ||||
THALES | SOLO-3 | HESTIA | ECHO | ADAURA | ||||
Symbicortmild astha (EU) | Fasenranasal polyposis | Calquencer/r CLL, high risk | Tagrissolocally adv. unresectable NSCLC | |||||
SYGMA | OSTRO | ELEVATE-RR | LAURA | |||||
Farxiga CKD | Calquence+venetoclax+obinutuzumab | Tagrisso +CTx EGFRm NSCLC | ||||||
DAPA-CKD | 1L CLL | FLAURA2 | ||||||
FarxigaHFrEF / HFpEF | Imfinzi cervical | Bydureon Bcisetype-2 diabetes (China) | ||||||
DETERMINE | CALLA | |||||||
Imfinziadjuvant NSCLC | Imfinzi +CTx biliary tract | DuaklirGenuair COPD (China) | ||||||
BR.31 | TOPAZ-1 | |||||||
Imfinzineoadjuvant NSCLC | Imfinzinon muscle invasive bladder | Farxiga HFpEF | ||||||
AEGEAN | POTOMAC | DELIVER | ||||||
Imfinzi NSCLC | Imfinzi+ chemo muscle invasive bladder | Fasenra COPD | ||||||
PEARL | NIAGARA | RESOLUTE | ||||||
Imfinzi+ CRT NSCLC | Imfinzipost-SBRT NSCLC | nirsevimab passive RSV immunisation | ||||||
PACIFIC-2 | PACIFIC-4 | |||||||
Imfinzi + VEGF + TACE locoregional HCC | Imfinzi+ CRT NSCLC | roxadustat anemia in MDS | ||||||
EMERALD-1 | PACIFIC-5 (China) | |||||||
Lynparza breast | Imfinzi+ VEGF adjuvant HCC | Fasenranasal polyposis | ||||||
OLYMPIA | EMERALD-2 | ORCHID (China / Japan) | ||||||
Lynparza+ abiraterone prostate | Fasenra EGPA | |||||||
PROPEL | MANDARA | |||||||
7 | Note. NME section includes novel combinations and additional indications for assets where the lead is not yet launched | Oncology | BioPharmaceuticals |
Designations
4
Accelerated approvals
Lynparzaovarian cancer SOLO-2 (US)
TagrissoEGFRm T790M NSCLC (US)
Imfinzibladder cancer (US)
Calquence MCL (US)
13 | 11 |
Breakthrough / PRIME1/ Sakigake2 | Fast Track |
TagrissoEGFRm T790M NSCLC (US) | MEDI3902 Psl-PcrV pneumo Px (US) |
Lynparzaprostate cancer PROFOUND (US) | savratoxumab Staph HAP (US) |
Imfinzibladder cancer 1L (US) | ImfinziNSCLC (US) |
Calquence MCL (US) | nirsevimab (MEDI8897) RSV mAB (US) |
Imfinzistage III NSCLC 1L PACIFIC (US) | ImfinziHNSCC HAWK (US) |
TagrissoNSCLC 1L FLAURA (US) | anifrolumab SLE (US) |
tezepelumab asthma (US) | Lynparzaovarian cancer SOLO-2 (US) |
nirsevimab (MEDI8897) RSV mAB (US) | TagrissoEGFRm T790M NSCLC (CN) |
nirsevimab (MEDI8897) RSV mAB (EU)1 | FarxigaHFrEF (US) |
selumetinib NFI type 1 SPRINT (US) | Farxigachronic kidney disease (US) |
EnhertuDESINTY-BREAST01 (US) | cotadutide non-alcoholic steatohepatitis (US) |
Calquence CLL (US) | |
Enhertugastric cancer (JP)2 |
29
Priority Review / RTOR3
TagrissoEGFRm T790M NSCLC (JP) TagrissoEGFRm T790M NSCLC (US) Imfinzibladder cancer 2L (US)
TagrissoNSCLC AURA3 (US)
Calquence MCL (US)
Lynparzabreast cancer OLYMPIAD (US) roxadustat CKD (CN)
TagrissoNSCLC FLAURA (US) Imfinzistage III NSCLC PACIFIC (EU) Imfinzistage III NSCLC PACIFIC (JP) Lynparzatablet (US)
Lynparzatablet (CN)
Lynparzabreast cancer OLYMPIAD (JP) TagrissoNSCLC 1L FLAURA (JP) LumoxitiHCL PLAIT (US)
Lynparzaovarian SOLO-1 (US)
Lynparzaovarian SOLO-1 (CN)
26
Orphan Drug
Lynparzaovarian cancer SOLO-2 (US) LumoxitiHCL PLAIT (US)
LumoxitiHCL PLAIT (EU) Crestorpaediatric (US) cediranib VEGFR tki (US) IressaEGFRm NSCLC (US)
TagrissoEGFRm T790M NSCLC (US)
AZD3241 MPO (EU)
CalquenceCLL 1L (US)
Calquence MCL (US)
Calquence WM (US)
Calquence WM (EU)
CalquenceCLL 1L (EU)
Calquence MCL (EU)
selumetinib thyroid cancer ASTRA (US) Lynparzabreast cancer OLYMPIAD (JP) Lynparzaovarian cancer SOLO-2 (JP)
FAST TRACK is a process designed to facilitate the development, and expedite the review of medicines to treat serious conditions and fill an unmet medical need. 3REAL-TIME ONCOLOGY REVIEW (RTOR) and Project Orbis is an initiative of the FDA Oncology Centre of Excellence (OCE) providing a framework for concurrent submission and review of oncology products among international partners.
BREAKTHROUGH DESIGNATION is a process designed to expedite the development and review of medicines which may demonstrate substantial improvement over available therapy. 1PRIME is a scheme launched by the EMA to enhance support for the development of medicines that target an unmet medical need. 2SAKIGAKE is aimed at early introduction of innovative medicines, medical devices, etc. that are initially developed in Japan
ACCELERATED APPROVAL, these regulations allowed medicines for serious conditions that addressed an unmet medical need to be approved based on a surrogate endpoint.
PRIORITY REVIEW DESIGNATION is the US FDA's goal to take action on an application within 6 months.
ORPHAN DRUG DESIGNATION, intended for treatment, diagnosis or prevention of rare diseases/disorders that affect fewer than 200,000 patients in the US, or that affect more than 200,000 patients but are not expected to recover the costs of developing and marketing a treatment drug.
Breztri Aerosphere (PT010) COPD (CN) TagrissoNSCLC 1L FLAURA (CN)Breztri Aerosphere(PT010) (CN) Lokelmahyperkalaemia (CN) Lynparzapancreatic 1L (US)
EnhertuDESINTY-BREAST01 (US)
FarxigaHF (DAPA-HF) (US)
Imfinzi+/-treme+SOC SCLC 1L (CASPIAN) (US) Lynparzaprostate (PROfound) (US)
Lynparza+Avastin ovarian 1L (PAOLA-1) (US) selumetinib NFI type 1 SPRINT (US) CalquenceCLL (ELEVANTE-TN, ASCEND)3
selumetinib NFI type 1 SPRINT (US) selumetinib NFI type 1 SPRINT (EU) Lynparzapancreatic cancer POLO (US) FasenraEGPA (US)
FasenraHES (US) saracatinib IPF (US)
Imfinzi+/-treme+SOC SCLC 1L CASPIAN (US) FasenraEoE (US)
Imfinzi+treme HCC 1L (HIMALAYA)
8 | Oncology | BioPharmaceuticals |
Oncology - approved medicines and late-stage pipeline
Approved medicines | |||||||||
Tagrisso | (highly-selective, irreversible EGFRi) | Late-stage development | |||||||
Early development | |||||||||
NSCLC | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase III | Adjuvant EGFRm NSCLC | 682 | • | Arm 1: TagrissoQD following complete tumour resection, with | • | Primary endpoint: DFS | • | FPCD: Q4 2015 | |
ADAURA | or without chemo | • | Secondary endpoints: DFS Rate, OS, OS | • | LPCD: Q1 2019 | ||||
NCT02511106 | • | Arm 2: placebo | Rate, QoL | • | Data anticipated: 2022 | ||||
Global trial - 25 countries | |||||||||
Phase III | Maintenance therapy in | 200 | • | Arm 1:Tagrisso | • | Primary endpoint: PFS (BICR) | • | FPCD: Q3 2018 | |
LAURA | patients with | • | Arm 2: placebo | • | Secondary endpoints: CNS PFS, OS, | • | Data anticipated: 2021+ | ||
NCT03521154 | locally advanced, | Global trial - 11 countries | DoR, ORR, DCR | ||||||
unresectable EGFRm Stage | |||||||||
III NSCLC whose disease has | |||||||||
not progressed following | |||||||||
platinum-based | |||||||||
chemoradiation therapy | |||||||||
Phase III | Real world setting in adult | 3,020 | Single-arm trial - Tagrisso | • | Primary endpoints: OS and safety | • | FPCD: Q3 2015 | ||
ASTRIS | patients with advanced or | • | Secondary endpoint: PFS | • | LPCD: Q4 2017 | ||||
metastatic, EGFRm T790M+ | Global trial - 16 countries | ||||||||
NCT02474355 | NSCLC | ||||||||
Phase II | EGFR TKI treatment-naïve | 150 | Single arm trial - Tagrisso | • | Primary Endpoint: proportion of patients | • | FPCD: Q2 2018 | ||
ELIOS | patients with locally-advanced | with a given tumour genetic and | |||||||
or metastatic EGFRm NSCLC | Global trial - five countries | proteomic marker at the point of disease | |||||||
NCT03239340 | progression as defined by the | ||||||||
investigator | |||||||||
• | Secondary endpoint: PFS, ORR, DoR | ||||||||
Phase I | Patients with EGFRm NSCLC | 8 | Single-arm trial - Tagrisso | • | Primary Endpoints: assessments of brain | • | FPCD: Q4 2018 | ||
ODIN-BM | with brain metastases | standard uptake value (SUV) and | |||||||
pharmacokinetics (PK) | |||||||||
NCT03463525 | • | Secondary endpoints: PK | |||||||
Oncology
CVRM
Respiratory
Other
10
Approved medicines | |||||||||
Tagrisso(highly-selective, irreversible EGFRi) | Late-stage development | ||||||||
Early development | |||||||||
NSCLC, combinations | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase III | 1st-line EGFRm NSCLC | 586 | Arm 1: Tagrissoplus Pemetrexed/Carboplatin or | • | Primary endpoint: PFS | • | FPCD: Q4 2019 | ||
FLAURA2 | Pemetrexed/Cisplatin | • | Secondary endpoints: OS, LOS, ORR | • | Data anticipated: 2021+ | ||||
NCT04035486 | Arm 2:Tagrisso | DoR, Depth of response, PFS2. QoL, PK | |||||||
Global trial - 5+ countries | |||||||||
Phase II | Advanced EGFRm NSCLC | 150 | Modular design platform study: | • | Primary endpoint: ORR | • | FPCD: Q3 2019 | ||
ORCHARD | patients who have progressed | • | Module 1: Tagrisso+ savolitinib | • | Secondary endpoints: PFS, DoR, OS, | • | Data anticipated: 2021+ | ||
on first line Tagrissotreatment | • | Module 2: Tagrisso+ gefitinib | safety and tolerability | ||||||
NCT03944772 | • | Module 3: Tagrisso+ necitumumab | |||||||
• | Module 4:carboplatin + pemetrexed + Imfinzi | ||||||||
• | No intervention: observational cohort - no study drug | ||||||||
Global trial - 8 countries | |||||||||
Phase II | EGFRm / MET+, locally | 172 | • | Single arm trial: Tagrisso+ savolitinib | • | Primary endpoint: ORR | • | FPCD Q1 2019 | |
SAVANNAH | advanced or metastatic | • | Secondary endpoints include PFS, DoR | • | Data anticipated: 2021+ | ||||
NSCLC who have progressed | Global trial | and OS | |||||||
NCT03778229 | following treatment with | ||||||||
Tagrisso | |||||||||
Phase Ib | Advanced EGFRm NSCLC | 344 | • | Arm 1:Tagrisso +Imfinzi | • | Safety, tolerability, pharmacokinetics and | • | FPCD: Q3 2014 | |
TATTON | TKI failure | • | Arm 2: Tagrisso+ savolitinib | preliminary anti-tumour activity | • | Data anticipated: 2020 | |||
• | Arm 3: Tagrisso+ selumetinib | ||||||||
NCT02143466 | Enrolment to Imfinzicombination arms will not restart | ||||||||
Global trial | |||||||||
Oncology
CVRM
Respiratory
Other
11
Approved medicines | |||||||||
Imfinzi(PD-L1 mAb) | Late-stage development | ||||||||
Early development | |||||||||
NSCLC, early disease | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase III | Neoadjuvant NSCLC patients | 800 / 300 | • | Arm 1: Imfinzi+ platinum-based chemo | Primary endpoint: | • | FPCD: Q1 2019 | ||
Stage II and III resected | • | Arm 2: placebo + platinum-based chemo | • | mPR | • | Data anticipated: H2 2020 | |||
AEGEAN | NSCLC | Secondary endpoint | |||||||
NCT03800134 | (incl. EGFR/ALK positive) | • | pCR | ||||||
Phase III | Adjuvant NSCLC patients | 1,360 | • | Arm 1: Imfinzimg/kg i.v. Q4W x 12m | Primary endpoint: | • | FPCD: Q1 2015 | ||
ADJUVANT BR.31 | Ib (≥4cm) - stage IIIa resected | • | Arm 2: placebo | • | DFS | • | Data anticipated: 2021 | ||
NSCLC | |||||||||
NCT02273375 | (incl. EGFR/ALK positive) | Global trial | Secondary endpoint: | ||||||
Partnered | • | OS | |||||||
Phase III | Unresected, locally-advanced | 300 | • | Arm 1: Imfinzii.v. Q4W + chemo/RT | Primary endpoint: | • | FPCD: Q2 2018 | ||
NSCLC | • | Arm 2: placebo + chemo/RT | • | PFS | • | LPCD: Q3 2019 | |||
PACIFIC-2 | • | ORR | • | Data anticipated: H2 2020 | |||||
ex US global trial | Secondary endpoint: | ||||||||
NCT03519971 | • | OS | |||||||
Phase III | Imfinzifollowing SBRT in | 630 | • | Arm 1: Imfinzii.v. Q4W following definitive SBRT | Primary endpoint: | •FPCD: Q2 2019 | |||
unresected, Stage I/II NSCLC | • | Arm 2: placebo following definitive SBRT | • | PFS | •Data anticipated: 2021+ | ||||
PACIFIC-4 | Secondary endpoint: | ||||||||
• | OS | ||||||||
NCT03833154 | |||||||||
Phase III | Unresected, locally-advanced | 360 | • | Arm 1: Imfinzii.v. Q4W following chemo/RT | Primary endpoint: | • | FPCD: Q1 2019 | ||
NSCLC | • | Arm 2: placebo following chemo/RT | • | PFS | • | Data anticipated: 2021+ | |||
PACIFIC-5 | Secondary endpoint: | ||||||||
NCT03706690 | ex US global trial, China focus | • | OS | ||||||
Phase II/III Lung Master | Stage IV squamous NSCLC | 140 | Umbrella trial with five arms based on biomarker expression: | Primary endpoints: | • FPCD: Q2 2014 | ||||
Protocol | patients | • | Substudy A: Imfinzi(non-match for other biomarker driven | • ORR | • Data anticipated: 2021+ | ||||
substudies) i.v. Q2W single arm ImfinziPhase II only | • PFS | ||||||||
NCT02154490 | Biomarker-targeted | • | Substudy B: PI3K inhibitor vs. docetaxel | • OS | |||||
Partnered | 2L therapy | • | Substudy C: CDK4/6 inhibitor vs, docetaxel | ||||||
• | Substudy D: AZD4547 (FGFR inhibitor) vs. docetaxel | ||||||||
• | Substudy E: C-MET/HGFR Inhibitor + erlotinib vs. erlotinib | ||||||||
Oncology
CVRM
Respiratory
Other
12
Approved medicines | |||||||||
Imfinzi(PD-L1 mAb) +/- treme (CTLA-4 mAb) | Late-stage development | ||||||||
Early development | |||||||||
Lung cancer, advanced disease | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase III | NSCLC 1L | 650 | • | Arm 1: ImfinziQ4W | Primary endpoint: | • | FPCD: Q1 2017 | ||
PEARL | • | Arm 2: chemotherapy | • | OS | • | LPCD: Q1 2019 | |||
NCT03003962 | Asia trial | • | Data anticipated: 2021 | ||||||
Phase III | NSCLC 1L | 1,000 | • | Arm 1: Imfinzi+ chemo | Primary endpoint: | • | FPCD: Q2 2017 | ||
POSEIDON | • | Arm 2: Imfinzi+ tremelimumab + chemo | • | OS | • | LPCD: Q4 2018 | |||
• | Arm 3: SoC | • | PFS | • | Data readout: Q4 2019 | ||||
NCT03164616 | • | PFS primary endpoint met | |||||||
• | OS Data anticipated: 2021 | ||||||||
Phase II | NSCLC 1L | 200 | • | Arm A1: Imfinzi | Primary endpoint: | • | FPCD: Q1 2019 | ||
MAGELLAN | • | Arm A2: Imfinzi+ danvatirsen | • | Safety & tolerability | • | Data anticipated: H2 2020 | |||
• | Arm A3: Imfinzi+ oleclumab | Secondary endpoint: | |||||||
NCT03819465 | • | Arm B1: Imfinzi+ Investigator's choice of chemo | • ORR, DoR, PFS, OS, PK, ADA | ||||||
• Arm B2: Imfinzi+ danvatirsen + Investigator's choice of chemo | |||||||||
• Arm B3: Imfinzi+ oleclumab + Investigator's choice of chemo | |||||||||
Phase III | Limited disease- SCLC 1L | 600 | • | Arm 1: Imfinzi+ tremelimumab (4 doses) | Primary endpoints: | • | FPCD: Q4 2018 | ||
ADRIATIC | following platinum-based | • | Arm 2: Imfinzi | • | PFS | • | Data anticipated: 2021 | ||
concurrent chemoradiation | • | Arm 3: placebo | • | OS | |||||
NCT03703297 | therapy | ||||||||
Phase III | SCLC 1L | 795 | • | Arm 1: Imfinzi+ tremelimumab + EP (carboplatin or cisplatin + | Primary endpoint: | • | FPCD: Q1 2017 | ||
CASPIAN | etoposide) | • | OS | • | LPCD: Q2 2018 | ||||
• | Arm 2: Imfinzi+ EP (carboplatin or cisplatin + etoposide) | • | Data readout: Q2 2019 | ||||||
NCT03043872 | • | Arm 3: EP (carboplatin or cisplatin + etoposide) | • | OS Primary endpoint met for Imfinzi | |||||
monotherapy arm | |||||||||
Phase II | SCLC | 80 | • | Arm A: Imfinzi+ tremelimumab Q4W | • | Primary endpoint: ORR | • | FPCD: Q4 2016 | |
BALTIC | • | Arm B: adavosertib and carboplatin BID | • | Data anticipated: 2021 | |||||
NCT02937818 | • | Arm C: AZD6738 and Lynparza | |||||||
Oncology
CVRM
Respiratory
Other
13
Approved medicines | |||||||||
Imfinzi(PD-L1 mAb) | Late-stage development | ||||||||
Early development | |||||||||
Other cancers, early disease | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase III | Non-muscle invasive bladder | 975 | • | Arm 1: BCG (Induction + maintenance) | Primary endpoints: | • | FPCD: Q4 2018 | ||
POTOMAC | cancer | • | Arm 2: Imfinzi+ BCG (Induction only) | • | DFS | • | Data anticipated: 2021+ | ||
NCT03528694 | • | Arm 3: Imfinzi+ BCG (Induction + maintenance) | |||||||
Phase III | Muscle-invasive bladder | 960 | • | Arm 1: Imfinziin combination with gemcitabine + cisplatin, | Coprimary endpoints: | • | FPCD: Q4 2018 | ||
NIAGARA | cancer | Imfinzimaintenance | • | pCR | • | Data anticipated: 2021+ | |||
NCT03732677 | • | Arm 2: gemcitabine + cisplatin | • | EFS | |||||
Phase III | Locoregional HCC | 600 | • | Arm A: TACE in combination with Imfinzi | Primary endpoint | • | FPCD: Q1 2019 | ||
EMERALD-1 | • | Arm B: TACE in combination with Imfinzi+ bevacizumab | PFS for Arm A vs Arm C | • | Data anticipated: 2021 | ||||
NCT03778957 | • | Arm C: TACE in combination with placebo | Secondary endpoint | ||||||
PFS for Arm B vs Arm C , OS | |||||||||
Phase III | Adjuvant therapy in HCC | 888 | • | Arm 1: Imfinzi+ bevacizumab | Primary endpoint: | • | FPCD: Q2 2019 | ||
EMERALD-2 | • | Arm 2: Imfinzi+ placebo | • RFS for Arm 2 vs Arm 3 | • | Data anticipated: 2021+ | ||||
NCT03847428 | • Arm 3: placebo + placebo | Secondary endpoint: | |||||||
• | RFS Arm 1 vs Arm 3, OS, RFS at 24 | ||||||||
mos | |||||||||
pCR = Pathologic Complete Response EFS = event free survival
Oncology
CVRM
Respiratory
Other
14
Approved medicines | |||||||||
Imfinzi(PD-L1 mAb) +/- treme (CTLA-4 mAb) | Late-stage development | ||||||||
Early development | |||||||||
Other cancers, advanced disease | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase III | Cis-eligible and ineligible | 1,005 | • | Arm 1: Imfinzi+ tremelimumab | Primary endpoints: | • | FPCD: Q4 2015 | ||
DANUBE | bladder cancer 1L | • | Arm 2: Imfinzi | • | OS | • | LPCD: Q1 2017 | ||
NCT02516241 | • | Arm 3: SoC | • | Data anticipated: H1 2020 | |||||
Phase III | Bladder cancer 1L | 885 | • | Arm 1: Imfinzi+ tremelimumab + SoC | Primary endpoints: | • | FPCD: Q4 2018 | ||
NILE | • | Arm 2: Imfinzi+ SoC | • | PFS | • | Data anticipated: 2021 | |||
NCT03682068 | • | Arm 3: SoC | • | OS | |||||
Phase III | HNSCC 1L | 823 | • | Arm 1: Imfinzi | Primary endpoints: | • | FPCD: Q4 2015 | ||
KESTREL | • | Arm 2: Imfinzi+ tremelimumab | • | OS | • | LPCD Q1 2017 | |||
NCT02551159 | • | Arm 3: SoC | • | Data anticipated: H1 2020 | |||||
Phase III | HCC 1L | 1,310 | • | Arm 1: Imfinzi+ tremelimumab | Primary endpoint: | • | FPCD: Q4 2017 | ||
HIMALAYA | • | Arm 2: Imfinzi | • | OS | • | LPCD: Q4 2019 | |||
• | Arm 3: sorafenib | Secondary endpoint: | • | Data anticipated: H2 2020 | |||||
NCT03298451 | • | PFS, TTP, ORR | |||||||
Phase II | Urothelial bladder cancer | 76 | • | Arm 1 tremelimumab (urothelial bladder cancer) | Primary endpoint: | • | FPCD: Q4 2015 | ||
triple-negative breast cancer | • | Arm 2 tremelimumab (triple-negative breast cancer) | • | ORR | • | Data readout: Q4 2018 | |||
pancreatic ductal- | • | Arm 3 tremelimumab (pancreatic ductal-adenocarcinoma) | |||||||
NCT02527434 | adenocarcinoma | Secondary endpoints: | |||||||
• | Safety, DoR | ||||||||
Phase III | BTC 1L | 474 | • | Treatment Arm 1 Imfinzi+ gemcitabine + cisplatin | Primary endpoint: | • | FPCD Q2 2019 | ||
TOPAZ-1 | • | Treatment Arm 2 placebo + gemcitabine + cisplatin | • | OS | • | Data anticipated: 2021+ | |||
NCT03875235 | Global trial | Secondary endpoint: | |||||||
• | PFS, ORR, DoR | ||||||||
Phase III | Locally advanced cervical | 714 | • | Arm 1 Imfinzi+ EBRT + brachytherapy with platinum | Primary | • | FPCD: Q1 2019 | ||
CALLA | cancer | • | Arm 2 placebo + EBRT + brachytherapy with platinum | • | PFS | • | Data anticipated: 2021+ | ||
Secondary | |||||||||
NCT03830866 | Global trial | • | OS, CR rate, DoR, ORR, | ||||||
safety/tolerability | |||||||||
Oncology
CVRM
Respiratory
Other
15
Approved medicines | |||||||||
Imfinzi(PD-L1 mAb) +/- treme (CTLA-4 mAb) | Late-stage development | ||||||||
Early development | |||||||||
Other cancers | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase III | Advanced solid malignancies | 1,200 | • | Arm 1: Imfinzi | • | Primary endpoint: Safety | • | FPCD: Q2 2017 | |
STRONG | • | Arm 2: Imfinzi+ tremelimumab | • | Data anticipated: 2021+ | |||||
NCT03084471 | |||||||||
Phase I Combination in | Solid tumours | 80 | • | Arm 2 SCLC: Imfinzi+ tremelimumab + carboplatin + etoposide | • | Safety | • | FPCD: Q1 2016 | |
Advanced Solid Tumours | • | Arm 3 TNBC: Imfinzi+ tremelimumab + chemo | • | LPCD: Q1 2019 | |||||
• | Arm 4 TNBC: Imfinzi+ tremelimumab + chemo | • | Data anticipated: 2021+ | ||||||
NCT02658214 | • | Arm 5 GEJ: Imfinzi+ tremelimumab + oxaliplatin + 5-FU + | |||||||
leucovorin | |||||||||
• | Arm 6 PDAC: Imfinzi+ tremelimumab + chemo | ||||||||
• | Arm 7 ESSC: Imfinzi+ tremelimumab + chemo | ||||||||
Phase I Immunotherapy in | HNSCC, NSCLC, SCLC | 300 | • | HNSCC Arm 1 | • | Safety | • | FPCD: Q2 2018 | |
Combination With | • | NSCLC Arm 1 | • | Data anticipated: 2021+ | |||||
Chemoradiation in Patients | • | NSCLC Arm 2 | |||||||
With Advanced Solid | • | NSCLC Arm 3 | |||||||
Tumours | • | SCLC Arm 2 | |||||||
• | SCLC Arm 3 | ||||||||
CLOVER | • | SCLC Arm 4 | |||||||
NCT03509012 | |||||||||
Phase II | mTNBC 1L | 110 | • | Arm 1 Imfinzi+ paclitaxel | Primary endpoint: | • | FPCD: Q1 2019 | ||
BEGONIA | • | Arm 2 Imfinzi+ paclitaxel + capivasertib | • | Safety and tolerability | • | Data anticipated: H2 2020 | |||
• Arm 4 Imfinzi+ paclitaxel + danvatirsen | |||||||||
NCT03742102 | • | Arm 5 Imfinzi+ paclitaxel + oleclumab | Secondary endpoint: | ||||||
Global trial | • ORR, PFS, DoR, OS, PK, ADA | ||||||||
Oncology
CVRM
Respiratory
Other
16
Approved medicines | |||||||||
Lynparza(PARP inhibitor) | Late-stage development | ||||||||
Early development | |||||||||
Ovarian and other cancers | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase III | BRCAm adjuvant breast | 1,836 | • | Arm 1: LynparzaBiD 12 month duration | • | Primary endpoint: invasive disease-free | • | FPCD: Q2 2014 | |
OlympiA | cancer | • | Arm 2: placebo 12-month duration | survival (IDFS) | • | LPCD: Q2 2019 | |||
• | Secondary endpoint: distant disease-free | • | Data anticipated: 2021 | ||||||
NCT02032823 | Global trial partnership with BIG and NCI/NRG | survival and OS | |||||||
Partnered | |||||||||
Phase III | gBRCAm pancreatic cancer | 154 | • | Arm 1: Lynparzatablets 300mg twice daily as maintenance | • | Primary endpoint: PFS | • | FPCD: Q1 2015 | |
POLO | therapy until progression | • | Secondary endpoint: OS | • | LPCD: Q1 2019 | ||||
• | Arm 2: placebo tablets BID | • | Data readout: Q1 2019 | ||||||
NCT02184195 | Global trial | • | Primary endpoint met | ||||||
Phase III | Metastatic castration-resistant | 387 | • | Arm 1: LynparzaBID | • | Primary endpoint: radiologic PFS | • | FPCD: Q2 2017 | |
PROfound | prostate cancer | • | Arm 2: physician's choice: | • | Secondary endpoints: ORR, Time to Pain | • | LPCD: Q4 2018 | ||
HRRm, 2L+ | enzalutamide 160mg once daily or abiraterone acetate | Progression, OS | • | Data readout : Q3 2019 | |||||
NCT02987543 | 1,000mg once daily | • | Primary endpoint met | ||||||
Global trial | |||||||||
Oncology
CVRM
Respiratory
Other
17
Approved medicines | |||||||||
Lynparza(PARP inhibitor) | Late-stage development | ||||||||
Early development | |||||||||
Imfinzicombinations | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase III | Advanced ovarian cancer 1L | 1,056 | Non tBRCAm (tumour BRCA) patients | Primary endpoint: | • | FPCD: Q1 2019 | |||
DuO-O | • | Arm 1: bevacizumab | • | PFS | • | Data anticipated: 2021+ | |||
• Arm 2: bevacizumab + Imfinzi | |||||||||
NCT03737643 | • | Arm 3:bevacizumab + Imfinzi+ Lynparza | Secondary endpoints: | ||||||
tBRCAm patients | • | OS, PFS2 | |||||||
• | bevacizumab (optional) + Imfinzi+ Lynparza | ||||||||
Global trial | |||||||||
Phase II | Stage IV NSCLC whose disease has | 250 | • | Arm 1:Imfinzi +Lynparza | Primary endpoint: | • | FPCD Q1 2019 | ||
ORION | not progressed following SoC chemo | • | Arm 2: Imfinzi+ placebo | • | PFS | • | Data anticipated: 2021+ | ||
NCT03775486 | + ImfinziMaintenance therapy 1L | Global trial | Secondary enpoints: | ||||||
• | OS, ORR, DoR, PFS in HRRm, PK, ADA | ||||||||
Phase II | Platinum-Ineligible unresectable | 154 | • | Arm 1:Imfinzi +Lynparza | • | Primary endpoint: PFS | • | FPCD: Q1 2018 | |
BAYOU | Stage IV urothelial cancer | • | Arm 2: Imfinzi+ placebo | • | Secondary endpoints: OS, DoR, ORR, | • | Data anticipated : H1 2020 | ||
NCT03459846 | Global trial | PFS in HRRm, PFS6, PK, ADA, PRO | |||||||
Phase I / II | gBRCAm ovarian cancer 2L+ | 148 | • | Arm 1:Lynparza +Imfinzi | Primary endpoints: | • | FPCD: Q2 2016 | ||
MEDIOLA | gBRCAm HER2-negative breast | • | Dose until progression | • | DCR at 12 weeks | • | LPCD: Q2 2017 | ||
NCT02734004 | cancer 1-3L | Global trial | • | Safety and tolerability | |||||
SCLC 2L+ | |||||||||
Gastric cancer 2L+ | |||||||||
Phase I / II | gBRCAm ovarian cancer 2L+ | 140 | • | Arm 1:Lynparza +Imfinzi | Primary endpoints: | • | FPCD: Q2 2018 | ||
MEDIOLA | Non-gBRCAm ovarian cancer 2L+ | • | Arm 2:Lynparza +Imfinzi | • | DCR at 12 weeks | ||||
(Ovarian expansion) | Non-gBRCAm ovarian cancer 2L+ | • | Arm 3: Lynparza+ Imfinzi+ bevacizumab | • | ORR | ||||
NCT02734004 | • | Dose until progression | • | Safety and tolerability | |||||
Global trial | |||||||||
Oncology
CVRM
Respiratory
Other
18
Approved medicines | |||||||||
Lynparza(PARP inhibitor) | Late-stage development | ||||||||
Early development | |||||||||
Other combinations | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase III | Advanced ovarian cancer 1L | 806 | • | Arm 1: Lynparzamaintenance therapy for two years or until | Primary endpoint: | • | FPCD: Q2 2015 | ||
PAOLA-1 | maintenance | disease progression | • | PFS | • | LPCD: Q2 2018 | |||
• | Arm 2: placebo for two years or until disease progression | • | Data readout: Q3 2019 | ||||||
NCT02477644 | Secondary endpoints: | • | Primary endpoint met | ||||||
Externally sponsored | Global trial | • | OS, PFS2 | ||||||
Phase III | Metastatic castration-resistant | 720 | • | Arm 1: Lynparza+ abiraterone | Primary Endpoint: | • | FPCD: Q4 2018 | ||
PROpel | prostate cancer 1L | • Arm 2: placebo + abiraterone | • | rPFS | • | Data anticipated: 2021 | |||
NCT03732820 | Global trial | Secondary endpoints: | |||||||
• | TFST, TTPP, OS | ||||||||
Phase II | TNBC | 450 | • Arm 1: AZD6738 + Lynparza | • | PFS | • | FPCD: Q2 2018 | ||
• | Arm 2:Lynparza | • | ORR / OS | • | Data anticipated: 2021 | ||||
VIOLETTE | Trial conducted in 15 countries: North America, Europe and Asia | • | Safety and tolerability | ||||||
NCT03330847 | |||||||||
Phase III | Recurrent platinum sensitive | 549 | • | Arm 1: chemo | Primary endpoint: | • | FPCD: Q1 2016 | ||
GY004 | ovarian cancer | • | Arm 2:Lynparza | • | PFS | • | Data anticipated: H1 2020 | ||
• Arm 3: cediranib + Lynparza | |||||||||
NCT02446600 | Secondary endpoints: | ||||||||
Externally sponsored | US/Canada/Japan sites | • | OS, QoL, safety | ||||||
Phase II/III | Recurrent platinum | 680 | • | Arm 1: chemo | Primary endpoints: | • | FPCD: Q2 2016 | ||
GY005 | resistant/refractory ovarian | • Arm 2: cediranib + Lynparza | • | PFS, OS | • | Data anticipated: 2021+ | |||
cancer | • | Arm 3: cediranib | |||||||
NCT02502266 | • | Arm 4:Lynparza | Secondary endpoints: | ||||||
Externally sponsored | • | ORR, QoL, safety | |||||||
• | US/Canada sites | ||||||||
Phase II | HRRm or HRD-positive | 370 | • | Arm 1:Lynparza | Primary endpoints: | • | FPCD: Q1 2019 | ||
LYNK-002 | advanced cancer | • | ORR | ||||||
Trial conducted in 15 countries worldwide | |||||||||
NCT03742895 | Secondary endpoints: | ||||||||
Partnered | • DOR, OS, PFS, AE, Prog by CA-125 | ||||||||
Oncology
CVRM
Respiratory
Other
19
Approved medicines | |||||||||
Calquence(BTK inhibitor) | Late-stage development | ||||||||
Early development | |||||||||
Blood cancers | |||||||||
Trial | Population | Patients | Design | Endpoint(s) | Status | ||||
Phase III | Previously untreated CLL | 535 | • | Arm A: chlorambucil + obinutuzumab | • | Primary endpoint: PFS (Arm A vs. Arm B) | • | FPCD: Q2 2015 | |
ACE-CL-007(ELEVATE-TN) | • | Arm B: Calquence+ obinutuzumab | • | Secondary endpoints: IRC (independent | • | Data readout: Q2 2019 | |||
• | Arm C:Calquence | review committee) assessed ORR, OS | • | Primary endpoint met | |||||
NCT02475681 | (Arm A vs. Arm B vs. Arm C) | ||||||||
Phase III | Previously untreated CLL | 780 | • | Arm A; Calquence+ venetoclax | • | Primary - IRC assessed PFS (arm A vs | • | FPCD: Q1 2019 | |
fit | • | Arm B: Calquence+ venetoclax + obinutuzumab | arm C) | • | Data anticipated: 2021+ | ||||
ACE-CL-311 | • | Arm C: FCR or BR | • | Secondary - IRC assessed PFS (arm B | |||||
NCT03836261 | vs arm C); INV assessed PFS (arm A vs | ||||||||
arm C; arm B vs arm C) | |||||||||
Phase III | Relapsed/refractory CLL | 306 | • | Arm A:Calquence | • | Primary endpoint: IRC assessed PFS | • | FPCD Q3 2016 | |
ACE-CL-309 (ASCEND) | • | Arm B: rituximab + idelalisib or bendamustine (investigator's | (arm A vs. Arm B) | • | Data readout: Q2 2019 | ||||
NCT02970318 | choice) | • | Secondary endpoints: INV-assessed | • | Primary endpoint met | ||||
ORR, OS, DoR, PROs | |||||||||
Phase III | Relapsed/refractory high risk | 533 | • | Arm A:Calquence | • | Primary endpoint: PFS | • | FPCD: Q2 2015 | |
ACE-CL-006(ELEVATE-RR) | CLL | • | Arm B: ibrutinib | • | Secondary endpoints: comparison of | • | Data anticipated: 2021+ | ||
incidence of infections, RTs (Richter's | |||||||||
NCT02477696 | Transformation) and atrial fibrillation, OS | ||||||||
Phase III | Previously untreated MCL | 546 | • | Arm A: Calquence+ bendamustine + rituximab | • | Primary endpoint: PFS by Lugano | • | FPCD: Q1 2017 | |
ACE-LY-308 | • | Arm B: bendamustine + rituximab | Classification for NHL | • | Data anticipated: 2021+ | ||||
• | Secondary endpoints: IA, PFS, ORR; | ||||||||
NCT02972840 | IRC-assessed ORR, DoR, time to | ||||||||
response, OS | |||||||||
• | ORR at 36 cycles | • | FPCD: Q1 2016 | ||||||
Phase II | Relapsed/ refractory CLL, | 60 | Calquencemonotherapy | ||||||
ACE-CL-208 | intolerant to ibrutinib | • | Data anticipated: H1 2020 | ||||||
NCT02717611 | |||||||||
Phase II | Relapsed/refractory and | 48 | Calquencemonotherapy | • | ORR | • | FPCD: Q4 2014 | ||
15-H-0016 | treatment naïve/del17p | • | Arm A: lymph node biopsy | • | Data anticipated: 2021+ | ||||
NCT02337829 | CLL/SLL | • | Arm B: bone marrow biopsy | ||||||
Phase I/II | CLL/SLL/Richter's | 306 | Calquencemonotherapy | • | Safety, PK, PD | • | FPCD: Q1 2014 | ||
ACE-CL-001 | transformation | Dose escalation and expansion | • | Data anticipated: 2021 |
20NCT02029443
Oncology
CVRM
Respiratory
Other
Approved medicines | |||||||||
Calquence(BTK inhibitor) | Late-stage development | ||||||||
Early development | |||||||||
Blood cancers | |||||||||
Trial | Population | Patients | Design | Endpoint(s) | Status | ||||
Phase I/II | B-cell malignancies | 40 | Dose escalation and expansion trial of the combination of | • | Safety | • | FPCD: Q1 2015 | ||
ACE-LY-001 | Calquenceand ACP-319 (Pi3K inhibitor) | • | ORR | • | Data anticipated: H1 2020 | ||||
NCT02328014 | |||||||||
Phase I/II | Haematological malignancies | 161 | Calquence+ pembrolizumab | • | Safety | • | FPCD: Q1 2015 | ||
ACE-LY-005 | • | Secondary endpoints: ORR, DoR, PFS, | • | Data anticipated: 2021 | |||||
OS, TTNT (time to next therapy) | |||||||||
NCT02362035 | |||||||||
Phase I/II | Waldenstrom | 106 | Calquencemonotherapy | • | ORR | • | FPCD: Q3 2014 | ||
ACE-WM-001 | microglobulinaemia | • | Data readout: Q4 2019 | ||||||
NCT02180724 | |||||||||
Phase Ib | Relapsed/refractory de novo | 21 | Calquencemonotherapy | • | Safety | • | FPCD: Q3 2014 | ||
ACE-LY-002 | activated B-cell DLBCL | • | Data anticipated: H2 2019 | ||||||
NCT02112526 | |||||||||
Phase Ib | MCL | 70 | Calquencein combination with bendamustine and rituxumab | • | Safety | • | FPCD: Q1 2016 | ||
ACE-LY-106 | • | Arm A: treatment naive | • | Data anticipated: 2021+ | |||||
• | Arm B: relapsed/refractory | ||||||||
NCT02717624 | • | Arm C: treatment naïve: Calquence+ venetoclax + rituxumab | |||||||
Phase Ib | Relapsed/refractory MM | 28 | • | Arm A:Calquence | • | Safety | • | FPCD: Q1 2015 | |
ACE-MY-001 | • | Arm B: Calquence+ dexamethasone | • | Data readout: Q2 2019 | |||||
NCT02211014 | |||||||||
Phase I | Relapsed/refractory follicular | 80 | • | Arm A:Calquence | • | Safety | • | FPCD: Q1 2015 | |
ACE-LY-003 | lymphoma | • | Arm B: Calquence+ rituximab | • | Data anticipated: 2021+ | ||||
NCT02180711 | • | Arm C: Calquence+ rituximab + lenolidomide | |||||||
Phase I | Relapsed/refractory CLL/ SLL | 12 | Calquencein combination with ACP-319 | • | Safety, PK, PD | • | FPCD: Q3 2014 | ||
ACE-CL-002 | dose escalation | • | Data anticipated: H2 2020 | ||||||
NCT02157324 | |||||||||
Phase I | CLL/SLL/PLL | 69 | Calquence+ obinutuzumab | • | Safety, ORR | • | FPCD: Q4 2014 | ||
ACE-CL-003 | • | Arm A: relapsed/refractory | • | Secondary endpoints: PD, PFS, TTNT, | • | Data anticipated: 2021+ | |||
NCT02296918 | • | Arm B: treatment naïve | OS | ||||||
Calquence +venetoclax + rituxumab | |||||||||
• | Arm C: relapsed/refractory | ||||||||
21 | • | Arm D: treatment naïve | |||||||
Oncology
CVRM
Respiratory
Other
Approved medicines | |||||||||
Calquence(BTK inhibitor) | Late-stage development | ||||||||
Early development | |||||||||
Blood cancers | |||||||||
Trial | Population | Patients | Design | Endpoint(s) | Status | ||||
Phase I | Japanese adults with | 34 | • | Calquencemonotherapy | • | Safety | • | FPCD: Q2 2017 | |
advanced B-cell malignancies | • | Dose confirmation and expansion | • | PK | • | Data anticipated: 2021+ | |||
NCT03198650 | • | Calquence+ obinutuzumab | |||||||
Phase I/II | CLL r/r | 62 | • | Arm A:ceralasertib (AZD6738) monotherapy | • | Identify dose of ceralasertib and safety | FPCD: Q1 2018 | ||
CL-110 | • | Arm B: Calquence+ ceralasertib (AZD6738) | of co-administration of Calquence+ | Data anticipated: H1 2020 | |||||
ceralasertib | |||||||||
NCT03328273 | |||||||||
Phase I/II | B-cell malignancies r/r | 25 | • | Part 1: Calquencedaily + vistusertib daily | • | MTD and optimal dosing schedule | FPCD: Q3 2017 | ||
LY-110 | • | Part 2: Calquencedaily + vistusertib 5 days on/2 days off | • | Safety | Data anticipated: H2 2020 | ||||
NCT03205046 | |||||||||
Phase III | CLL TN and r/r | 600 | • | Arm A: treatment naïve | • | Safety | Data anticipated: 2021+ | ||
CL-312 | • | Arm B: relapsed/refractory | |||||||
• | Arm C: prior BTKi therapy | ||||||||
NCT04008706 | • | Arm D: concomitant vitamin K antagonists | |||||||
Phase Ib/II | Relapsed/refractory | 88 | • | Arm 1: Calquence+ danvatirsen | • | Primary outcome; safety & tolerability | FPCD: Q2 2018 | ||
PRISM | aggressive NHL | • | Arm 2: Calquence+ AZD6738 | • | Secondary outcomes; ORR, DOR, PFS, | Data anticipated: 2021 | |||
• | Arm 3: Calquence+ Hu5F9G4 + Rituxan | OS | |||||||
NCT03527147 | • | Arm 4: Calquence+ AZD5153 | |||||||
An open-label platform study with trial centres in US and UK | |||||||||
Oncology
CVRM
Respiratory
Other
22
Approved medicines | ||||||
Calquence(BTK inhibitor) | Late-stage development | |||||
Early development | ||||||
Other cancers | ||||||
Trial | Population | Patients | Design | Endpoint(s) | Status | |
Phase Ib/II | ≥ 2L glioblastoma multiforme | 52 | • Arm A: Calquence200mg BID | • Safety, ORR | • FPCD: Q1 2016 | |
ACE-ST-209 | • Arm B: Calquence400mg QD | • Data anticipated: H2 2019 | ||||
NCT02586857 | ||||||
Oncology
CVRM
Respiratory
Other
23
Approved medicines | ||||||||
Enhertu(trastuzumab deruxtecan, HER2 ADC) | Late-stage development | |||||||
Early development | ||||||||
Breast and gastric cancers | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase II | HER2-positive, unresectable and/or | 230 | Randomised, open label, sequential assignment | Primary endpoint ORR | • | FPCD: Q4 2017 | ||
DESTINY-Breast01 | metastatic breast cancer patients | • | Enhertu | • | LPCD: Q4 2018 | |||
previously treated with trastuzumab | Secondary end points DoR, CBR, CBR, | • | Data readout: Q2 2019 | |||||
NCT03248492 | emtansine | PFS, OS | ||||||
Partnered | ||||||||
Phase III | HER2-positive, unresectable and/or | 600 | Randomised open label parallel assignment | Primacy endpoint PFS | • | FPCD: Q4 2018 | ||
DESTINY-Breast02 | metastatic breast cancer pretreated with | • | Enhertu | • | Data anticipated 2021 | |||
prior standard of care HER2 therapies, | Physicians choice of | Secondary endpoints OS, ORR, DoR, CBR | ||||||
NCT03523585 | including trastuzumab emtansine | • | Lapatinib + capecitabine | |||||
Partnered | • | Trastuzumab + capecitabine | ||||||
Phase III | HER2-positive, unresectable and/or | 500 | Randomised open label parallel assignment | Primary endpoint PFS | • | FPCD: Q4 2018 | ||
DESTINY-Breast03 | metastatic breast cancer patients | • | Enhertu | • | Data anticipated 2021 | |||
previously treated with trastuzumab and | • | Ado-trastuzumab emtansine | Secondary endpoints OS, ORR, DoR, CBR | |||||
NCT03529110 | taxane | |||||||
Partnered | ||||||||
Phase III | HER2-low, unresectable and/or | 540 | Randomised open label parallel assignment | Primary end point PFS | • | FPCD: Q4 2018 | ||
DESTINY-Breast04 | metastatic breast cancer patients | • | Enhertu | • | Data anticipated 2021 | |||
• | Physicians choice of SoC chemo (choice of capecitabine, | Secondary end points OS, DoR, ORR | ||||||
NCT03734029 | eribulin, gemcitabine, paclitaxel or nab-paclitaxel) | |||||||
Partnered | ||||||||
Phase II | HER2-overexpressing advanced gastric | 220 | Randomised open label parallel assignment | Primary end point ORR | • | FPCD: Q4 2017 | ||
DESTINY-Gastric01 | or gastroesophageal junction | • | Enhertu | • | LPCD: Q2 2019 | |||
adenocarcinoma patients who have | • | SoC chemo | Secondary end points PFS, OS, DoR, | • | Data readout Q1 2020 | |||
NCT03329690 | progressed on two prior treatment | DCR, TTF, range of PK endpoints | ||||||
Partnered | regimens | |||||||
Phase II | HER2-positive gastric cancer that cannot | 72 | Open label single group assignment | Primary endpoint ORR | • | FPCD: Q3 2019 | ||
DESTINY-Gastric02 | be surgically removed or has spread | • | Enhertu | Secondary endpoints PFS, ORR, OS, DoR | • | Data anticipated: H2 2020 | ||
NCT04014075 | ||||||||
Partnered | ||||||||
Oncology
CVRM
Respiratory
Other
24
Approved medicines | |||||||
Enhertu(trastuzumab deruxtecan, HER2 ADC) | Late-stage development | ||||||
Early development | |||||||
Other cancers | |||||||
Trial | Population | Patients | Design | Endpoints | Status | ||
Phase II | HER2-expressing advanced colorectal | 90 | Non randomised single group assignment | Primary end point ORR | • | FPCD Q1 2018 | |
NCT03384940 | cancer | •Enhertu | Secondary end points PFS, OS, DoR, | • | Data anticipated H2 2020 | ||
Partnered | range of PK endpoints | ||||||
Phase II | HER2-over-expressing or mutated, | 130 | Non randomised parallel group assignment | Primary end point ORR | • | FPCD Q2 2018 | |
NCT03505710 | unresectable and/or metastatic NSCLC | •Enhertu | Secondary end points DoR, PFS, OS | • | Data anticipated H2 2020 | ||
Partnered | |||||||
Phase I | Advanced solid malignant tumours | 278 | Non randomised single group assignment | Primary end points number of subjects with | • | FPCD Q3 2015 | |
NCT02564900 | •Enhertu | AEs, tumour response | • | Data read out Q3 2018 | |||
Secondary end points PK | |||||||
Partnered | |||||||
Oncology
CVRM
Respiratory
Other
25
Approved medicines | ||||||||
Lumoxiti | (moxetumomab pasudotox,CD22 mAb) | Late-stage development | ||||||
Early development | ||||||||
Blood cancer | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase III | Adults with relapsed or | 80 | • Multicentre, single-arm,open-label Phase III study | • Primary endpoint: rate of durable CR | • FPCD: Q2 2013 | |||
PLAIT | refractory HCL | • Lumoxitii.v. at the recommended dose | (complete response): CR maintained for | • Data readout: Q3 2017 | ||||
NCT01829711 | > 180 days | • Primary endpoint met | ||||||
• Secondary endpoints | ||||||||
Partnered | • Efficacy: CR rate, ORR, Duration of | |||||||
CR and ORR, TTR, PFS | ||||||||
• | Safety and tolerability | |||||||
• | PK and immunogenicity | |||||||
Oncology
CVRM
Respiratory
Other
26
Approved medicines | |||||||
Selumetinib (MEK inhibitor) | Late-stage development | ||||||
Early development | |||||||
Paediatric neurofibromatosis type 1, solid tumours | |||||||
Trial | Population | Patients | Design | Endpoints | Status | ||
Phase II | Paediatric NF1 | 50 (stratum 1) | • Single arm: selumetinib 25mg/m2BID with 2 strata: | • | Complete partial and complete response | • | FPCD: Q3 2015 |
SPRINT | 25 (Stratum 2) | • Stratum 1: PN related morbidity present at enrolment | rate measured by volumetric MRI; | • | LPCD: Q4 2016 | ||
• Stratum 2: no PN related morbidity present at enrolment | • | Duration of response and functional | • | Data readout: Q1 2019 | |||
NCT01362803 | outcomes/QoL | • | Primary endpoint met | ||||
Partnered | |||||||
Phase Ib | Advanced solid tumours | 80 (dose escalation | Phase Ib open-label trial of MK-8353 in combination with | • | DLTs | • | FPCD: Q1 2019 |
Selumetinib + MK-8353 (ERK | trial) | selumetinib in participants with advanced solid tumours | • | AEs | |||
inhibitor) | • | Study drug discontinuations due to an | |||||
NCT03745989 | AE | ||||||
Partnered (Merck Lead | |||||||
study) |
Oncology
CVRM
Respiratory
Other
27
Approved medicines | ||||||||
Savolitinib (MET inhibitor) | Late-stage development | |||||||
Early development | ||||||||
NSCLC and other cancers | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase I | Advanced NSCLC | 85 | • Dose escalation trial | • | Primary endpoint: safety and tolerability | • | FPCD: Q2 2013 | |
NCT01985555 | (all comers) | Conducted in China | • | Secondary endpoint: PK profile | • | Data anticipated: H2 2020 | ||
Partnered | ||||||||
Phase II | Lung PSC and other NSCLC | 65 | • Single arm trial: savolitinib QD | • | Primary endpoint: ORR | • | FPCD: Q1 2017 | |
• | Secondary endpoint: PFS, safety | • | Data anticipated: H1 2020 | |||||
NCT02897479 | Conducted in China | parameters | ||||||
Partnered | ||||||||
Oncology
CVRM
Respiratory
Other
28
Approved medicines | |||||
Cediranib (VEGF receptor inhibitor) | Late-stage development | ||||
Early development | |||||
Ovarian cancer | |||||
Trial | Population | Patients | Design | Endpoints | Status |
Phase IIb | PRR ovarian cancer - heavily | 62 | • Cediranib 30mg + Lynparza200mg BID | Primary endpoint: | • FPCD: Q1 2017 |
CONCERTO | pre-treated BRCAwt | • ORR | • LPCD: Q1 2019 | ||
NCT02889900 | • Data readout: Q4 2019 | ||||
Secondary endpoints: | |||||
• PFS, DoR, DCR, QoL, OS |
Oncology
CVRM
Respiratory
Other
29
Approved medicines | |||||||||
Capivasertib (AKT inhibitor) | Late-stage development | ||||||||
Early development | |||||||||
Breast cancer, prostate cancer | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase III | Locally advanced or | 800 | Double-blind randomised comparative study | • | PFS | • | FPCD Q3 2019 | ||
metastatic TNBC | • | Arm 1: capivasertib + paclitaxel | • | OS | • | Data anticipated: 2021+ | |||
NCT03997123 | • | Arm 2: placebo + paclitaxel | |||||||
CAPItello-290 | |||||||||
Phase II (ESR) | Metastatic castration resistant | 150 | Randomised comparative | • | PFS | • | FPCD Q1 2014 | ||
prostate cancer eligible for | • | Arm 1: docetaxel + prednisolone + capivasertib | • | Data anticipated: H1 2020 | |||||
NCT02121639 | treatment with docetaxel | • | Arm 2: docetaxel + prednisolone + placebo | ||||||
PROCAID | chemotherapy | ||||||||
Oncology
CVRM
Respiratory
Other
30
Oncology - early-stage development
Approved medicines | ||||||||||
Imfinzi(PD-L1 mAb) | Late-stage development | |||||||||
Early development | ||||||||||
Cancer | ||||||||||
Trial | Compound | Population | Patients | Design | Endpoints | Status | ||||
Phase I/II | Imfinzi | Solid tumours | 1,022 | • | Dose escalation: 5 cohorts at Q2W and 1 cohort at Q3W | • | Safety | • | FPCD: Q3 2012 | |
STUDY 1108 | • | Dose expansion: 16 tumour type cohorts at the Q2W MTD | • | Optimal biologic dose | • | LPCD: Q4 2016 | ||||
defined during dose escalation | • | Secondary endpoints include PK, | • | Data anticipated: H1 2020 | ||||||
NCT01693562 | • | Dose exploration: cohort at 20mg Q4W | immunogenicity and antitumour activity | |||||||
Global trial - nine countries | ||||||||||
Phase I | Imfinzi, azacitidine | Myelodysplastic | 79 | Dose escalation and dose expansion trial | • | Safety and tolerability of monotherapy | • | FPCD: Q2 2014 | ||
syndrome | • | Part 1: Imfinzi | and combination | • | Data anticipated: H2 2020 | |||||
NCT02117219 | • | Part 2 Arm 1: Imfinziand tremelimumab | • | Secondary endpoints include duration of | ||||||
• | Part 2 Arm 2: Imfinzi,tremelimumab and azacitidine | response, PFS and OS, PK and | ||||||||
Global trial - four countries | immunogenicity | |||||||||
Phase I | MEDI9090 | Solid tumours | 42 | Multi-centre,open-label,single-arm trial for adult subjects | • | Safety, PK, number of subjects reporting | • | FPCD: Q3 2016 | ||
NCT02900157 | US and Japan trial centers | infusion related reaction | • | Data anticipated: H1 2020 | ||||||
Phase II | Imfinzi | NSCLC | 320 | 5 modules encompassing 13 cohorts | • | Primary outcome; ORR | • | FPCD: Q1 2018 | ||
HUDSON | Lynparza | • | Module 1;Imfinzi andLynparza | • | Secondary outcomes; efficacy including | • | Data anticipated: 2021+ | |||
vistusertib | • | Module 2; Imfinziand danvatirsen | OS, PFS, DCR, and safety and | |||||||
NCT03334617 | ceralasertib | • | Module 3; Imfinziand ceralasertib (AZD6738) | tolerability, DoR | ||||||
(AZD6738) | • | Module 4; Imfinziand vistusertib | ||||||||
danvatirsen | • | Module 5; Imfinziand oleclumab | ||||||||
oleclumab | • | Module 6;Imfinzi andEnhertu | ||||||||
Enhertu | • | Module 7; Imfinziand cedirinib | ||||||||
cediranib | Open-label,biomarker-directed,multi-centre Phase II umbrella | |||||||||
trial in patients with NSCLC, who progressed on an anti-PD-1/PD- | ||||||||||
L1 containing therapy | ||||||||||
Phase II | Imfinzi | Stage III NSCLC | 300 | • | Arm A: Imfinzi | Primary | • | FPCD: Q4 2018 | ||
COAST | unresectable | • | Arm B: Imfinzi+ oleclumab | • OR per RECIST v1.1 | • | Data anticipated: H2 2020 | ||||
NCT03822351 | • | Arm C: Imfinzi+ monalizumab | ||||||||
Phase II | Imfinzi | Resectable, early | 160 | • | Arm A: Imfinzi | Primary | • | FPCD: Q1 2019 | ||
NeoCOAST | stage NSCLC | • | Arm B: Imfinzi+ oleclumab | • | Major pathological response rate | • | Data anticipated: H2 2020 | |||
• | Arm C: Imfinzi+ monalizumab | |||||||||
NCT03794544 | • | Arm D: Imfinzi+ danvatirsen | ||||||||
Oncology
CVRM
Respiratory
Other
32
Approved medicines | |||||||||
Imfinzi(PD-L1 mAb) + | Late-stage development | ||||||||
Early development | |||||||||
tremelimumab (CTLA-4 mAb) | |||||||||
Cancer | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase Ib/II | Hepatocellular carcinoma | 545 | • | Arm A: Imfinzi+ tremelimumab | • | Primary endpoints: Safety & tolerability, | • | FPCD: Q4 2015 | |
STUDY 22 | • | Arm B: Imfinzi2L | DLTs | • | Data anticipated: H2 2020 | ||||
• | Arm C: tremelimumab 2L | • | Secondary endpoints: ORR, DoR, OS | ||||||
NCT02519348 | • | Arm D: Imfinzi + tremelimumab | |||||||
• | Arm E: Imfinziin combination with bevacizumab | ||||||||
Phase Ib | NSCLC | 459 | • | Dose escalation: minimum 5 cohorts exploring various treme | Primary endpoints: | • | FPCD: Q4 2013 | ||
STUDY 006 | (Immunotx naïve and | Q4W and Imfinzii.v. Q4W dose combinations, higher dose | • | Safety | • | LPCD: Q4 2016 | |||
Immunotx pretreated patient | levels and alternate Q2 schedule added with amendment | • | Optimal biologic dose for the combination | • | Data anticipated: H1 2020 | ||||
NCT02000947 | cohorts) | • | Dose expansion: MTD for the combination in escalation to be | • | OR | ||||
explored in expansion | • | Secondary endpoints include antitumour | |||||||
North American, EU and ROW trial centres | activity, PK and immunogenicity | ||||||||
Phase I | Solid tumours (basket trial) | 380 | • | Dose expansion: MTD for the combination in escalation to be | Primary endpoints: | • | FPCD: Q4 2014 | ||
STUDY 10 | explored in expansion cohorts specific for each of 7 tumour | • | Safety | • | LPCD: Q2 2017 | ||||
types | • | Optimal biologic dose for the combination | • | Data anticipated: H1 2020 | |||||
NCT02261220 | • | Dose exploration: 2cohorts exploring various Q4W treme and | • | Secondary endpoints include | |||||
Imfinzidose combinations and 2 cohorts exploring various Q2W | anti-tumour activity, PK/PD and | ||||||||
treme and Imfinzidose combinations | immunogenicity | ||||||||
North American, EU and ROW trial centres | |||||||||
Oncology
CVRM
Respiratory
Other
33
Approved medicines | ||||||||
Imfinzi(PD-L1 mAb) + | Late-stage development | |||||||
Early development | ||||||||
monalizumab (NKG2a mAb) | ||||||||
Cancer | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase I/II | Advanced solid tumours | 501 | Escalation phase | Primary endpoints: | • | FPCD: Q2 2016 | ||
• monalizumab + Imfinzii.v. | • | Safety | • | Data anticipated: 2021+ | ||||
NCT02671435 | • | Exploration Phase: Objective Response | ||||||
Expansion phase | per RECIST | |||||||
• monalizumab + Imfinzii.v. recommended dose | • | Secondary endpoints include tumour | ||||||
Exploration phase | response (OR, DC, DoR, PFS and OS), | |||||||
• monalizumab + Imfinzii.v. recommended dose + SoC systemic | immunogenicity, pharmacokinetics, | |||||||
therapy with or without biologic agent and monalizumab in | pharmacodynamics | |||||||
combination with a biologic agent in adult subjects with CRC | ||||||||
Global trial | ||||||||
Oncology
CVRM
Respiratory
Other
34
Approved medicines | |
Imfinzi(PD-L1 mAb) + | Late-stage development |
Early development | |
MEDI0457 (DNA HPV Vaccine) |
Head and neck squamous cell carcinoma (HNSCC)
Trial | Population | Patients | Design | Endpoints | Status | |
Phase Ib/IIa | HPV associated | 50 | Multi-centre, open label trial to evaluate the safety and efficacy of | Primary endpoints: | • | FPCD: Q3 2017 |
recurrent/metastatic head and | combination treatment with MEDI0457 and Imfinzi | Safety & Tolerability, ORR | • | Data anticipated: H2 2020 | ||
NCT03162224 | neck cancer | Secondary endpoints: | ||||
PK, ADA, DCR, OS, PFS | ||||||
Oncology
CVRM
Respiratory
Other
35
Approved medicines | ||||||||
AZD0466 (Bcl2/xL inhibitor) | Late-stage development | |||||||
Early development | ||||||||
Cancer | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase I | Advanced hematologic | 102 | Monotherapy dose escalation, consisting of two arms: | • | Primary: safety | • | FPCD: Q4 2019 | |
malignancies or solid tumors | • Arm A: Patients with low risk for tumour lysis syndrome (solid | • | Secondary: PK, anti-tumour activity | • | Data anticipated: 2021+ | |||
NCT04214093 | tumours, lymphomas, myelomas) | |||||||
• Arm B: Patients with high risk for tumour lysis syndrome | ||||||||
(relapsed/refractory haem malignancies) | ||||||||
Oncology
CVRM
Respiratory
Other
36
Approved medicines | ||||||||
MEDI1191 (IL12 modRNA) | Late-stage development | |||||||
Early development | ||||||||
Cancer | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase I | Advanced solid tumours | 87 | First-time-in-human Phase I, open-label,dose-escalation and | • | Primary endpoint: safety and tolerability | • | FPCD: Q2 2019 | |
NCT03946800 | expansion study of MEDI1191 administered intratumourally as | • | Data anticipated: 2021+ | |||||
monotherapy and in combination with Imfinzi | • | Secondary endpoints: PK, | ||||||
immunogenicity and efficacy | ||||||||
Oncology
CVRM
Respiratory
Other
37
Approved medicines | ||||||
AZD1390 (ATM inhibitor) | Late-stage development | |||||
Early development | ||||||
Cancer | ||||||
Trial | Population | Subjects | Design | Endpoints | Status | |
Phase I | Recurrent glioblastoma | 132 | • Primary: investigate the safety, | • | FPCD Q2 2018 | |
eligible for re-irradiation, brain | • Designed to evaluate the safety, tolerability and PK of | tolerability, and MTD of AZD1390 | • | Data anticipated: 2021 | ||
NCT03423628 | metastases and | AZD1390 in combination with radiation therapy in patients with | administered in combination with radiation | |||
leptomeningeal disease, | GBM and brain metastases from solid tumours | therapy in brain malignancies | ||||
newly-diagnosed | ||||||
glioblastoma patients | • Dose and schedule of AZD1390 administration will be | |||||
adjusted during assessment of safety and tolerability during this | ||||||
Phase I trial | ||||||
Conducted across seven sites in USA and UK |
Oncology
CVRM
Respiratory
Other
38
Approved medicines | |||||||||
Adavosertib (AZD1775, WEE-1 inhibitor) | Late-stage development | ||||||||
Early development | |||||||||
Ovarian cancer, solid tumours | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase II | Platinum-resistant (PR) | 96 | • | Arm B: paclitaxel + adavosertib | • | Primary endpoint: ORR | • | FPCD: Q1 2015 | |
ovarian cancer | • | Arm C: carboplatin + adavosertib | • | LPCD: Q2 2018 | |||||
D6010C00004 | • | Secondary endpoints: DoR, PFS, OS, | • | Data readout: Q3 2019 | |||||
NCT02272790 | Global trial | DCR, safety and tolerability | |||||||
Phase I | Advanced solid tumours | 130 | • | Dose escalation trial to determine MTD (adavosertib + | • | Safety and tolerability | • | FPCD: Q3 2015 | |
Lynparza) followed by an expansions in SCLC | • | Secondary endpoints: ORR, DCR, DoR, | • | LPCD: Q4 2018 | |||||
D6010C00005 | Conducted in US, Canada | PFS | • | Data readout Q4 2019 | |||||
NCT02511795 | |||||||||
Phase I | Advanced solid tumours | 56 | • | Dose escalation trial to determine MTD (adavosertib + Imfinzi) | • | Safety and tolerability | • | FPCD: Q4 2015 | |
• | LPCD: Q4 2018 | ||||||||
D6015C00002 | Conducted in US | • | Data readout Q4 2019 | ||||||
NCT02617277 | |||||||||
Phase I | Advanced solid tumours | 33 | Part A: caffeine (200mg), omeprazole (20mg) and midazolam | • | Primary endpoints: | • | FPCD: Q4 2017 | ||
(1mL of 2mg/mL syrup) followed 7-14 days later by adavosertib | • | Part A: Plasma AUC, AUC0-t and CMAX | • | LPCD: Q4 2018 | |||||
D6014C00006 | 225mg bid for 2.5 days plus caffeine (200mg), omeprazole | for cocktail parent compounds | • | Data readout Q4 2019 | |||||
(20mg) and midazolam (1mL of 2mg/mL syrup) on day 3. | (midazolam, omeprazole and caffeine) | ||||||||
NCT03333824 | Part B: 7-14 days after end of Part A, adavosertib 225mg BID for | • | Part B: dECG (differentiated ECG) | ||||||
2.5 days. | intervals (QTcF) for absolute values and | ||||||||
Conducted in US | time-matched change from baseline | ||||||||
Phase I | Advanced solid tumours | 48 | adavosertib monotherapy once daily. | • | Safety and tolerability | • | FPCD: Q4 2017 | ||
• | LPCD: Q1 2019 | ||||||||
D6014C00007 | Conducted in US and Europe | • | Data readout Q4 2019 | ||||||
NCT03313557 | |||||||||
Oncology
CVRM
Respiratory
Other
39
Approved medicines | |||||
MEDI2228 (BCMA antibody drug conjugate) | Late-stage development | ||||
Early development | |||||
Cancer | |||||
Trial | Population | Patients | Design | Endpoints | Status |
Phase I | Relapsed/refractory multiple | 129 | First-time-in-human Phase I, multi-centre,open-label,single-arm, | Primary endpoints: | • FPCD: Q2 2018 |
myeloma | dose-escalation, and dose-expansion trial for adult subjects | • Safety | • Data anticipated: 2021+ | ||
NCT03489525 | • Determination of MTD | ||||
• Secondary endpoints: pPK, | |||||
immunogenicity, ORR, DCR, DoR, PFS, | |||||
OS |
Oncology
CVRM
Respiratory
Other
40
Approved medicines | ||||||||
AZD2811 (AURN) | Late-stage development | |||||||
Early development | ||||||||
Cancer | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase I | Solid tumours | 72 | • | Arm 1: AZD2811 dose escalation | • | Safety and tolerability | • | FPCD: Q4 2015 |
NCT02579226 | • | Arm 2: AZD2811 dose expansion SCLC | • | PK and efficacy | • | Data anticipated: H2 2020 | ||
Phase I | AML/high-risk MDS | 130 | • | Part A: AZD2811 monotherapy / azacitidine combination / | • | Safety and tolerability | • | FPCD: Q3 2017 |
venetoclax combination dose escalation cohorts | • | PK and efficacy | • | Data anticipated: 2021+ | ||||
NCT03217838 | • Part B: AZD2811 monotherapy / azacitidine combination / | |||||||
venetoclax combination dose expansions to further explore the | ||||||||
tolerability, PK and clinical activity |
Oncology
CVRM
Respiratory
Other
41
Approved medicines | |||||||
AZD4573 (CDK9 inhibitor) | Late-stage development | ||||||
Early development | |||||||
Cancer | |||||||
Trial | Population | Patients | Design | Endpoints | Status | ||
Phase I | Relapsed/refractory | 45 | Dose escalation in relapsed/refractory haematological | Primary: | • | FPCD: Q4 2017 | |
haematologic malignancies | malignancies | • safety/PK; | • | Data anticipated: H2 2020 | |||
NCT03263637 | Secondary: | ||||||
AZD4573 will be administered in 2 parallel arms (1-6 cohorts of | • efficacy | ||||||
dose escalations) based on the haematological malignancy | |||||||
Oncology
CVRM
Respiratory
Other
42
Approved medicines | ||||||||
AZD4635 (A2AR inhibitor) | Late-stage development | |||||||
Early development | ||||||||
Cancer | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase I | Phase Ia: patients with | 306 | Phase Ia - solid tumours or mCPRC: | Primary outcome measure: | • | FPCD: Q2 2016 | ||
advanced solid tumours | • | AZD4635 monotherapy | • | Safety and tolerability | ||||
NCT02740985 | • | AZD4635 + Imfinzi | ||||||
Phase Ib: | • | AZD4635 + abiraterone | Secondary outcome measures: | |||||
Post-immunotherapy NSCLC | • | AZD4635 + enzalutamide | • | Preliminary assessment of anti-tumour | ||||
Other post-immunotherapy | • | AZD4635 + Imfinzi + oleclumab | activity | |||||
• | AZD4635 + docetaxel. | |||||||
solid tumours | ||||||||
Phase Ib: AZD4635 monotherapy or AZD4635 + Imfinzidose | ||||||||
Immune checkpoint-naïve | ||||||||
expansions in NSCLC, mCRPC, CRC and other post- | ||||||||
mCRPC Immune checkpoint- | ||||||||
immunotherapy and immune checkpoint-naïve solid tumours | ||||||||
naïve CRC | ||||||||
Other immune checkpoint- | Conducted at sites in the US | |||||||
naïve solid tumours | ||||||||
Phase I | Healthy male volunteers | 21 | • | Part A 2-period randomised crossover study of single doses of | Primary outcome measures: | • | FPCD: Q4 2018 | |
AZD4635, nanosuspension or solid oral formulation in fasted | • | Cmax and exposure (AUC) of AZD4635 | • | LPCD: Q2 2019 | ||||
NCT03710434 | state | solid oral formulation and nano- | ||||||
• | Part B, 4-period,open-label, randomised, crossover study of | suspension | ||||||
single doses of AZD4635 in the same subjects from Part A to | ||||||||
assess food effect, pH effect and formulation variants | ||||||||
Both parts conducted at a site in the UK | ||||||||
Phase II | Prostate cancer | 60 | ARM 1: AZD4635 + Imfinzi | • | Primary outcome measure: Efficacy; | • | FPCD: Q3 2019 | |
NCT04089553 | ARM 2: AZD4635 + oleclumab | (ORR and PSA response) | ||||||
Conducted at sites in the US | • | Secondary outcome measure: Efficacy, | ||||||
PK, safety and tolerability | ||||||||
Phase I | Japanese patients with | 12 | AZD4635 dose escalation | Primary outcome measure: | • | FPCD: Q3 2019 | ||
NCT03980821 | advanced solid malignancies | Conducted at sites in Japan | • | Safety and tolerability | ||||
Secondary outcome measure: | ||||||||
• | PK and preliminary anti-tumour activity |
Oncology
CVRM
Respiratory
Other
43
Approved medicines | |||||||
AZD5069 (CXCR2 antagonist) | Late-stage development | ||||||
Early development | |||||||
Cancer | |||||||
Trial | Population | Patients | Design | Endpoints | Status | ||
Phase Ib/II | Metastatic pancreatic ductal | 16 | Dose escalation and expansion arms: | • Safety/efficacy trial | • | FPCD: Q1 2016 | |
carcinoma | • | LPCD: Q3 2018 | |||||
NCT02583477 | Imfinziin combination with nab-paclitaxel and gemcitabine | • | Data anticipated: H2 2020 | ||||
Imfinziin combination with AZD5069 | |||||||
Oncology
CVRM
Respiratory
Other
44
MEDI5083 (CD40 ligand fusion protein ) + Imfinzi(PD-L1 mAb)
Cancer
Approved medicines Late-stage development Early development
Oncology
CVRM
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase I | Advanced solid tumours | 204 | Dose-escalation phase | Primary endpoints: | • | FPCD: Q1 2017 | ||
• | Part 1: MEDI5083 | • | Safety | • | Data anticipated: H1 2020 | |||
NCT03089645 | • | Part 2: MEDI5083 + Imfinzii.v. | • | Determination of MTD | ||||
• | Secondary endpoints: preliminary anti- | |||||||
Dose expansion phase | tumour activity, pharmacokinetics, | |||||||
• | Part 3: MEDI5083 recommended dose + Imfinzii.v. | pharmacodynamics, and immunogenicity | ||||||
US and Australian trial centres | ||||||||
Respiratory
Other
45
Approved medicines | ||||||||
AZD5153 (BRD4 inhibitor) | Late-stage development | |||||||
Early development | ||||||||
Cancer | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase I/Ib | Relapsed/refractory solid | 60 | Monotherapy dose escalation in advanced solid tumours and | • | Primary: safety | • | FPCD: Q2 2017 | |
NCT03205176 | tumours, lymphomas | lymphomas | • | Secondary: efficacy, PK | • | Data anticipated: H2 2020 | ||
Dose escalation of AZD5153 in combination with Lynparzain | ||||||||
platinum resistant/refractory HGS patients. | ||||||||
Oncology
CVRM
Respiratory
Other
46
Approved medicines | ||||||||
MEDI5395 (rNDV GMCSF) | Late-stage development | |||||||
Early development | ||||||||
Cancer | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase I | Select advanced solid | 164 | First-time-in-human Phase I, open-label,dose-escalation and | • | Primary endpoint: safety and tolerability | • | FPCD: Q4 2019 | |
NCT03889275 | tumours | expansion study of MEDI5395 in combination with Imfinzi | • | Secondary endpoints: PK, PD, | • | Data anticipated: 2021+ | ||
immunogenicity and efficacy | ||||||||
Oncology
CVRM
Respiratory
Other
47
Approved medicines | |||||||
MEDI5752 (PD-1/CTLA-4 bispecific mAb) | Late-stage development | ||||||
Early development | |||||||
Cancer | |||||||
Trial | Population | Patients | Design | Endpoints | Status | ||
Phase I | Advanced solid tumours | 272 | Open-label,dose-escalation and dose-expansion | Primary endpoints: | • | FPCD: Q2 2018 | |
• dose-escalation: safety & determination | • | Data anticipated: 2021+ | |||||
NCT03530397 | Dose-escalation: MEDI5752 i.v. | of MTD | |||||
• dose-expansion: assessment of | |||||||
Dose-expansion : 2 cohort | antitumour activity based on OR | ||||||
Secondary endpoints: | |||||||
• PK, ADA, tumoural baseline PD-L1, | |||||||
assessment of antitumour activity | |||||||
based on OR, DoR, DC, PFS, OS | |||||||
Oncology
CVRM
Respiratory
Other
48
Approved medicines | ||||||||
AZD5991 (MCL1 inhibitor) | Late-stage development | |||||||
Early development | ||||||||
Cancer | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase I | Relapsed/refractory | 177 | • Arm1: monotherapy dose escalation expansions in | • | Primary: safety | • | FPCD: Q3 2017 | |
haematologic malignancies | relapsed/refractory haematological malignancies | • | Secondary: efficacy, PK | • | Data anticipated: H2 2020 | |||
NCT03218683 | • Arm2: combination dose escalation (AZD5991+venetoclax) in | |||||||
relapsed/refractory AML;. Four dose escalation cohorts. | ||||||||
• i.v. route of administration | ||||||||
• US only | ||||||||
Oncology
CVRM
Respiratory
Other
49
Approved medicines | ||||||||
Ceralasertib (AZD6738, ATR inhibitor) | Late-stage development | |||||||
Early development | ||||||||
Cancer | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase I | Solid tumours | 250 | • | Arm 1: ceralasertib + carboplatin | • | Safety and tolerability | • | FPCD: Q4 2014 |
• | Arm 2: ceralasertib dose escalation, ceralasertib + Lynparza | • | PK and efficacy | • | Data anticipated: 2021+ | |||
NCT02264678 | • | Arm 3: ceralasertib + Imfinzi | ||||||
Trial conducted in North America, Europe and South Korea | ||||||||
Phase I | HNSCC | 44 | Window of opportunity | • | Biomarker change | • | FPCD: Q4 2017 | |
• | Arm 1: ceralasertib | • | Data anticipated: H2 2020 | |||||
NCT03022409 | • | Arm 2:Lynparza | ||||||
Trial conducted in US, France, Taiwan and the UK |
Oncology
CVRM
Respiratory
Other
50
Approved medicines | ||||||||
Danvatirsen (AZD9150, STAT3 inhibitor) | Late-stage development | |||||||
Early development | ||||||||
Cancer | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase Ib/II | HNSCC | 405 | Dose escalation advanced solid and blood cancers | • | Safety/efficacy trial | • | FPCD: Q3 2015 | |
• Arm A1: AZD9150/Imfinzi | • | LPCD: Q2 2019 | ||||||
NCT02499328 | • Arm A2 : AZD5069/Imfinzi | • | Data anticipated: 2021 | |||||
• Arm A4: AZD9150/Imfinzi/treme | ||||||||
• Arm A5: AZD5069/Imfinzi/treme | ||||||||
Dose expansion 2L HNSCC: | ||||||||
• Arm B1: AZD9150 | ||||||||
• Arm B2: AZD5069 | ||||||||
• Arm B3: AZD9150/Imfinzi | ||||||||
• Arm B4: AZD5069/Imfinzi | ||||||||
• Arm B5: AZD9150 mono | ||||||||
• Arm B6: AZD5069 mono | ||||||||
• Arm B7: AZD9150/Imfinzi(1L HNSCC) | ||||||||
• Arm B8: AZD9150 Q2W/Imfinzi(1L HNSCC) | ||||||||
Phase Ib/II | NSCLC, advanced solid | 213 | Dose escalation advanced solid and blood cancers | • | Safety/efficacy trial | • | FPCD: Q1 2018 | |
tumours | • Arm A1: AZD9150 alternate week/Imfinzi | • | Data anticipated: 2021 | |||||
NCT03421353 | • Arm A2-A5 : AZD9150/Imfinzi+ SoC chemo | |||||||
Dose expansion 1L HNSCC: | ||||||||
• Arm D1/D2/D3: AZD9150 i.v. vs s.c. formulations/Imfinzi | ||||||||
(advanced solid tumours) | ||||||||
Oncology
CVRM
Respiratory
Other
51
Approved medicines | |||||||||
Oleclumab (MEDI9447, CD73 mAb) | Late-stage development | ||||||||
Early development | |||||||||
Cancer | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase I | Advanced malignancies | 310 | Dose escalation phase | Primary endpoints: | • | FPCD: Q3 2015 | |||
• | oleclumab i.v. | • | Safety | • | Data anticipated: 2021 | ||||
NCT02503774 | • | oleclumab i.v. + Imfinzii.v. | • | Determination of MTD | |||||
• | Secondary endpoints include preliminary | ||||||||
Dose expansion phase | anti-tumour activity, PK, PD, | ||||||||
• | oleclumab i.v. recommended dose + Imfinzii.v. | immunogenicity and biomarker activity | |||||||
US, South Korean and Australian trial centres | |||||||||
Phase Ib/II | Pancreatic | 309 | • | Arm A1: gemcitabine and nab paclitaxel i.v. | Primary endpoints: | • | FPCD: Q2 2018 | ||
1L and 2L with prior | • | Arm A2: gemcitabine and nab paclitaxel i.v. + oleclumab i.v. | • | Safety and anti-tumour activity | • | Data anticipated: 2021 | |||
NCT03611556 | gemcitabine-based | • | Arm A3: gemcitabine and nab paclitaxel i.v. + oleclumab i.v. + | ||||||
chemotherapy | Imfinzi i.v. | • | Secondary endpoints include PFS, PK, | ||||||
• | Arm B1: mFOLFOX (oxaliplatin, leucovorin, 5-FU) i.v. | ||||||||
immunogenicity, safety and anti-tumour | |||||||||
• | Arm B2: mFOLFOX (oxaliplatin, leucovorin, 5-FU) i.v. + | ||||||||
activity | |||||||||
oleclumab i.v. | |||||||||
• | Arm B3: mFOLFOX (oxaliplatin, leucovorin, 5-FU) i.v. + | ||||||||
oleclumab i.v. + Imfinzii.v. | |||||||||
US, Norway, Spain and Australian trial centres | |||||||||
Phase Ib/II | NSCLC | 98 | • | Arm A: oleclumab i.v. + Tagrisso | Primary endpoints: | • | FPCD: Q2 2018 | ||
• | Safety | • | Data anticipated: 2021+ | ||||||
NCT03381274 | US, South Korean and Taiwan trial centres | • | ORR | ||||||
Secondary endpoints: | |||||||||
• DoR, DCR, PFS, OS, PK and | |||||||||
immunogenicity | |||||||||
Oncology
CVRM
Respiratory
Other
52
Approved medicines | ||||||||
AZD9496 (SERD, oral) | Late-stage development | |||||||
Early development | ||||||||
Breast cancer | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase I | ER+ breast cancer | c. 50 | • This is an open label randomised multicentre pre-surgical | • | Primary outcome measures: PD changes | • | FPCD: Q4 2017 | |
NCT03236974 | pharmacodynamics trial to compare and assess the biological | to ER expression following treatment with | • | Data readout: Q4 2019 | ||||
effects of AZD9496 and Faslodexin postmenopausal women | AZD9496 or Faslodex | |||||||
• | Secondary outcome measures: | |||||||
with ER+, HER2- primary breast cancer. Patients will receive | ||||||||
pharmacodynamics changes to Ki67 and | ||||||||
AZD9496 or Faslodexand will have a pre-dose and an on- | ||||||||
PgR expression following treatment with | ||||||||
treatment core biopsy after 5-14 days of commencing | ||||||||
AZD9496 or Faslodex | ||||||||
treatment. | ||||||||
• | Safety, tolerability + pharmacokinetics | |||||||
Oncology
CVRM
Respiratory
Other
53
Approved medicines | |||||||
AZD9833 (SERD, oral) | Late-stage development | ||||||
Early development | |||||||
Breast cancer | |||||||
Trial | Population | Patients | Design | Endpoints | Status | ||
Phase I | ER+ breast cancer | 240 | • This is a Phase I open label multicentre trial of AZD9833 | • | Primary outcome measures: safety and | • FPCD: Q4 2018 | |
administered orally in patients with advanced ER+ HER2 | tolerability | ||||||
NCT03616587 | negative breast cancer. The trial design allows an escalation | • | Secondary outcome measures: multiple | ||||
of dose with intensive safety monitoring to ensure the safety | dose PK of AZD9833 alone and in | ||||||
of patients. The trial will determine the maximum tolerated | combination with palbociclib | ||||||
dose of AZD9833 as monotherapy and in combination with | antitumour activity | ||||||
palbociclib. In addition, randomised expansion cohort(s) at | |||||||
potential therapeutic dose(s) in patients will be enrolled to | |||||||
further determine the safety, tolerability, pharmacokinetics | |||||||
and biological activity of AZD9833 alone and in combination | |||||||
with palbociclib | |||||||
Oncology
CVRM
Respiratory
Other
54
BioPharmaceuticals - approved medicines and late-stage pipeline
Approved medicines | ||||||||||
Farxiga | (SGLT2 inhibitor) | Late-stage development | ||||||||
Early development | ||||||||||
Heart failure and chronic kidney disease | ||||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||||
Phase III | CHF patients with HFrEF | 4,744 | • | Arm 1: Farxiga10mg or 5 mg QD + SoC therapy | • | Primary endpoint: time to the first | • | FPCD: Q1 2017 | ||
Dapa-HF | • | Arm 2: placebo + SoC therapy | occurrence of any of the components of | • | LPCD Q4 2018 | |||||
the composite: CV death or | • | Data readout: Q3 2019 | ||||||||
NCT03036124 | • | Global trial - 20 countries | hospitalisation for HF or an urgent HF | • | Primary endpoint met | |||||
visit | ||||||||||
Phase III | Patients With CKD | 4,000 | • | Arm 1: Farxiga10mg or 5 mg QD | • | Primary endpoint: time to the first | • | FPCD: Q1 2017 | ||
Dapa-CKD | • | Arm 2: placebo | occurrence of any of the components of | • | LPCD: Q1 2019 | |||||
Global trial - 21 countries | the composite: ≥50% sustained decline | • Data anticipated: 2021 | ||||||||
NCT03036150 | in eGFR or reaching ESRD or CV death | |||||||||
or renal death | ||||||||||
Phase III | CHF patients with HFpEF | 6,100 | • | Arm 1: Farxiga10mg QD | • | Primary endpoint: time to the first | • | FPCD: Q4 2018 | ||
DELIVER | • | Arm 2: placebo | occurrence of any of the components of | • | Data anticipated: 2021+ | |||||
• | Global trial - 21 countries | the composite: CV death or | ||||||||
NCT03619213 | hospitalisation for HF or an urgent HF | |||||||||
visit | ||||||||||
Phase III | CHF patients with HFpEF | 500 | • | Arm 1: Farxiga10mg QD | • Dual primary endpoint: 1) change from | • | FPCD: Q2 2019 | |||
DETERMINE-preserved | • | Arm 2: placebo | baseline in 6 min walking distance at | • | Data anticipated: H1 2020 | |||||
NCT03877224 | • | Global trial - 12 countries | Week 16 2) change from baseline in | |||||||
KCCQ-TSS at Week16 | ||||||||||
Phase III | CHF patients with HFrEF | 300 | • | Arm 1: Farxiga10mg QD | • | Primary endpoint: change from | • | FPCD: Q2 2019 | ||
DETERMINE-reduced | • | Arm 2: placebo | baseline in 6 min walking distance at | • | Data anticipated: H1 2020 | |||||
NCT03877237 | • | Global trial - 9 countries | Week 16 | |||||||
Oncology
CVRM
Respiratory
Other
56
Approved medicines | |||||||||
Brilinta(P2Y12 receptor antagonist) | Late-stage development | ||||||||
Early development | |||||||||
Cardiovascular risk reduction | |||||||||
Trial | Population | Patients | Design | Endpoints (primary) | Status | ||||
Phase III | Patients with type-2 diabetes | 19,000 | • | Arm 1: Brilinta60mg BiD | • | Primary endpoint: composite of CV | • | FPCD: Q1 2014 | |
THEMIS | and coronary artery disease | • | Arm 2: placebo BID | death, non-fatal MI and non-fatal stroke | • | LPCD: Q2 2016 | |||
without a previous history of | on a background of acetylsalicylic acid if not contra-indicated or | • | Data readout: Q1 2019 | ||||||
NCT01991795 | MI or stroke | not tolerated | Secondary endpoints: | • | Primary endpoint met | ||||
Global trial - 42 countries | • | Prevention of CV death | |||||||
• | Prevention of MI | ||||||||
• | Prevention of ischaemic stroke | ||||||||
• | Prevention of all-cause death | ||||||||
Phase III | Patients with acute ischaemic | 11,000 | • | Arm 1: Brilinta90mg BiD | Primary endpoint: | • | FPCD: Q1 2018 | ||
THALES | stroke or transient ischaemic | • | Arm 2: placebo BiD | • | Prevention of the composite of | • | LPCD: Q4 2019 | ||
attack | on a background of acetylsalicylic acid if not contra-indicated or | subsequent stroke and death at 30 days | • | Data readout: Q1 2020 | |||||
NCT03354429 | not tolerated | • | Primary endpoint met | ||||||
Global trial - 28 countries | Secondary endpoints include: | ||||||||
• | Prevention of subsequent ischaemic | ||||||||
stroke at 30 days | |||||||||
• | Reduction of overall disability at 30 days | ||||||||
Phase III | Peadiatric patients (2-18 years | 182 | • Arm 1: Brilinta15, 30 or 45mg (dose based on subject weight) | • | Primary endpoint: the number of vaso- | • | FPCD: Q3 2018 | ||
HESTIA3 | old) with sickle cell disease | • | Arm 2: placebo | occlusive crisis which is the composite | • | Data anticipated: 2021 | |||
NCT03615924 | Global trial - 18 countries | of painful crisis and/or acute chest pain | |||||||
Oncology
CVRM
Respiratory
Other
57
Approved medicines | |||||||||
Lokelma(sodium zirconium cyclosilicate) | Late-stage development | ||||||||
Early development | |||||||||
Hyperkalaemia | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase II/III | Hyperkalaemia | 103 | • | Arm 1: Lokelma5g TID for 48 hours | • | Primary endpoint: exponential rate of | • | FPCD: Q2 2017 | |
Dose-response Study in | • | Arm 2: Lokelma10g TID for 48 hours | change in serum potassium | • | LPCD: Q1 2018 | ||||
Japan | • | Arm 3: placebo TID for 48 hours | • | Data readout: Q3 2018 | |||||
NCT03127644 | Japan | • | Primary endpoint met | ||||||
Phase III | Hyperkalaemia | 150 | • | Arm 1: Open-labelLokelma10g TID for up to 72 hrs followed | • | Primary endpoint: safety and tolerability | • | FPCD: Q3 2017 | |
by Lokelma5g QD for 12 months. Option to uptitrate to 10 | as measured by adverse events | • | LPCD: Q3 2019 | ||||||
NCT03172702 | and15g QD or downtitrate to 5g QOD (or 2.5g QD) | reporting, vital signs, ECGs, physical | • | Data readout: Q3 2019 | |||||
J-LTS | examinations and safety laboratory | • | Primary endpoint met | ||||||
Japan | measurements | ||||||||
Phase IIIb | Patients on haemodialysis | 180 | • | Arm 1: Lokelma5g QD for 8 weeks on non-dialysis days. | • | Primary endpoint: proportion of patients | • | FPCD: Q4 2017 | |
DIALIZE | with persistent pre-dialysis | Option to uptitrate to 10 and15g QD. | who maintain a pre-dialysis serum K | • | LPCD: Q4 2018 | ||||
hyperkalaemia | • | Arm 2: placebo QD for 8 weeks on non-dialysis days | between 4.0-5.0 mmol/L on 3 out of 4 | • | Data readout: Q1 2019 | ||||
NCT03303521 | dialysis treatments following the long | • | Primary endpoint met | ||||||
Global trial - four countries | interdialytic interval | ||||||||
Phase II | Patients with chronic heart | 280 | • | Arm 1: Lokelma5g QD for 12 weeks. Option to uptitrate to 10 | • | Primary endpoint: difference between | • | FPCD: Q3 2018 | |
PRIORITIZE HF | failure and hyperkalaemia or | and 15g QD or downtitrate to 5g QOD | Lokelmaand placebo in RAAS (renin- | • | Data readout: H2 2020 | ||||
at high risk of developing | • | Arm 2: placebo QD for 12 weeks | angiotensin-aldosterone system) | ||||||
NCT03532009 | hyperkalaemia | Global trial - nine countries | blockade treatment. | ||||||
Oncology
CVRM
Respiratory
Other
58
Approved medicines | |||||||||
Roxadustat (HIF-PH inhibitor) | Late-stage development | ||||||||
Early development | |||||||||
Anaemia | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase III | Anaemia in CKD in patients | 922 | • | Arm 1: roxadustat | • | Primary endpoint: Haemoglobin response | • | FPCD: Q4 2012 | |
ANDES | not receiving dialysis | • | Arm 2: placebo | • | LPCD: Q3 2018 | ||||
NCT01750190 | Global trial | • | Data readout: Q4 2018 | ||||||
• | Primary endpoint met | ||||||||
Partnered | Sponsored by FibroGen | ||||||||
Phase III | 597 | • | Arm 1: roxadustat | • | Primary endpoint: Haemoglobin response | • | FPCD: Q2 2013 | ||
ALPS | • | Arm 2: placebo | • | LPCD: Q4 2017 | |||||
NCT01887600 | Global trial | • | Data readout: Q3 2018 | ||||||
• | Primary endpoint met | ||||||||
Partnered | Sponsored by Astellas | ||||||||
Phase III | 616 | • | Arm 1: roxadustat | • | Primary endpoint: Haemoglobin response | • | FPCD: Q1 2014 | ||
DOLOMITES | • | Arm 2: darbepoetin alfa | • | Data anticipated: H1 2020 | |||||
NCT02021318 | Global trial | Sponsored by Astellas | |||||||
Partnered | |||||||||
Phase III | 2,781 | • | Arm 1: roxadustat | ||||||
• | Primary efficacy endpoint: Haemoglobin | • | FPCD: Q3 2014 | ||||||
OLYMPUS | • | Arm 2: placebo | response | • | LPCD: Q4 2018 | ||||
NCT02174627 | Global trial | • | Data readout: Q4 2018 | ||||||
• | Primary safety objective: Contribute CV | • | Primary endpoint met | ||||||
safety data to pooled safety | Sponsored by AstraZeneca | ||||||||
• | analyses across the Phase III program | ||||||||
Phase III | Anaemia in CKD in patients | 2,133 | • | Arm 1: roxadustat | • | Primary efficacy endpoint: Haemoglobin | • | FPCD: Q3 2014 | |
ROCKIES | receiving dialysis | • | Arm 2: epoetin alfa | response | • | LPCD: Q3 2018 | |||
NCT02174731 | Global trial | • | Data readout: Q4 2018 | ||||||
• | Primary safety objective:Contribute CV | • | Primary endpoint met | ||||||
safety data to pooled safety | Sponsored by AstraZeneca | ||||||||
• | analyses across the Phase III program | ||||||||
Phase III | 741 | • | Arm 1: roxadustat | • | Primary endpoint: Haemoglobin response | • | FPCD: Q4 2014 | ||
SIERRAS | • | Arm 2: epoetin alfa | • | LPCD: Q3 2018 | |||||
NCT02273726 | Global trial | • | Data readout: Q4 2018 | ||||||
• | Primary endpoint met | ||||||||
Partnered | Sponsored by FibroGen | ||||||||
Phase III | 838 | • | Arm 1: roxadustat | • | Primary endpoint: Haemoglobin response | • | FPCD: Q4 2014 | ||
PYRENEES | • | Arm 2: epoetin alfa or darbepoetin alfa | • | LPCD: Q3 2018 | |||||
NCT02278341 | Global trial | • | Data readout: Q3 2018 | ||||||
• | Primary endpoint met | ||||||||
Partnered | Sponsored by Astellas | ||||||||
Oncology
CVRM
Respiratory
Other
59
Approved medicines | |||||||||
Roxadustat (HIF-PH inhibitor) | Late-stage development | ||||||||
Early development | |||||||||
Anaemia | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase III | Anaemia in newly initiated | 1,043 | • | Arm 1: roxadustat | • | Primary endpoint: Haemoglobin response | • | FPCD: Q4 2013 | |
HIMALAYAS | dialysis patients | • | Arm 2: epoetin alfa | • | LPCD: Q3 2018 | ||||
• | Data readout: Q4 2018 | ||||||||
NCT02052310 | Global trial | • | Primary endpoint met | ||||||
Partnered | Sponsored by FibroGen | ||||||||
Phase III | Anaemia in lower risk MDS | 184 | Open label roxadustat lead-in | • | Primary endpoint: Proportion of patients | • | FPCD: Q3 2017 | ||
patients | Arm 1: roxadustat | achieving transfusion independence | • | Data anticipated: 2021 | |||||
NCT03263091 | Arm 2: placebo | Sponsored by FibroGen | |||||||
Partnered | US/global trial | ||||||||
Phase II/III | Anaemia in lower risk MDS | 175 | Open label roxadustat lead-in | • | Primary endpoint: Haemoglobin | ||||
patients | Arm 1: roxadustat | response | • | FPCD: Q2 2018 | |||||
NCT03303066 | Arm 2: placebo | • | Data anticipated: 2021 | ||||||
Partnered | China | Sponsored by FibroGen | |||||||
Phase II | Anemia in patients receiving | 100 | US | • | Primary endpoint: Maximum change in | • | FPCD: Q3 2019 | ||
chemotherapy treatment for | hemoglobin within 16 weeks from | • | Data anticipated: H2 2020 | ||||||
NCT04076943 | non-myeloid malignancies | baseline without RBC transfusion | Sponsored by FibroGen | ||||||
Partnered | |||||||||
Oncology
CVRM
Respiratory
Other
60
Approved medicines | |||||||
Eklira/Tudorza (LAMA, DPI) | Late-stage development | ||||||
Early development | |||||||
COPD | |||||||
Trial | Population | Number of patients | Design | Endpoints | Status | ||
Phase I | Healthy Chinese | 18 | Open-label,2-period ascending dose incomplete block, cross-over | • To investigate the PK of aclidinium | • | FPCD: Q2 2018 | |
subjects | trial | bromide and its metabolites after single | • | Data anticipated: 2021 | |||
NCT03276052 | and multiple doses (BID) of aclidinium | ||||||
• Arm 1: aclidinium bromide 200 μg DPI | bromide 200 μg, 400 μg and 800 μg | ||||||
• Arm 2: aclidinium bromide 400 μg DPI | • To evaluate the safety, and tolerability | ||||||
• Arm 3: aclidinium bromide 800 μg DPI | of aclidinium bromide 200 μg, 400 μg and | ||||||
800 μg after single and multiple dose | |||||||
Global trial - one Country | administration (BID) | ||||||
Oncology
CVRM
Respiratory
Other
61
Approved medicines | |||||||||
Duaklir Genuair (LAMA/LABA, DPI) | Late-stage development | ||||||||
Early development | |||||||||
COPD | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase III | Patients with stable COPD | 1,060 | • | Arm 1: Duaklir Genuair400/12 μg DPI | Primary endpoints: | • | FPCD: Q1 2017 | ||
AVANT | • | Arm 2: aclidinium bromide 400 μg DPI | • | Change from baseline in one hour | • | Data anticipated: 2021 | |||
NCT03022097 | • | Arm 3: formoterol fumarate 12 μg DPI | morning post-dose dose FEV1 Duaklir | ||||||
• Arm 4: tiotropium 18 μg DPI | Genuair400/12 μg compared to | ||||||||
Aclidinium bromide at Week 24 | |||||||||
• | Change from baseline in morning pre- | ||||||||
Global trial - five countries | dose (trough) FEV1 of Duaklir Genuair | ||||||||
400/12 μg compared to Formoterol | |||||||||
fumarate at Week 24 | |||||||||
• | Change from baseline in trough FEV1 of | ||||||||
Aclidinium bromide 400 µg compared to | |||||||||
placebo at Week 24 | |||||||||
Oncology
CVRM
Respiratory
Other
62
Approved medicines | |||||||||
Breztri(PT010, LAMA/LABA/ICS, pMDI) | Late-stage development | ||||||||
Early development | |||||||||
COPD | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase III | Moderate to very severe | 500 | Treatments (52-week treatment period) | Primary endpoints: | • | FPCD: Q3 2015 | |||
COPD | • | BGF (budesonide, glycopyrronium, and formoterol fumarate) | • | Bone mineral density sub-study endpoint. | • | LPCD: Q3 2016 | |||
MDI 320/14.4/9.6µg BID pMDI | change from baseline in BMD of the | • | Data readout: Q1 2018 | ||||||
NCT02536508 | • | GFF (glycopyrronium and formoterol fumarate) MDI 14.4/9.6µg | lumbar spine measured using DXA (dual | • | Primary endpoints met | ||||
BID pMDI | energy X-ray absorptiometry) scans of | ||||||||
• | BFF (budesonide and formoterol fumarate) MDI 320/9.6µg BID | L1-L4 at week 52 | |||||||
pMDI | • | Ocular sub-study safety endpoint change | |||||||
Randomised, double-blind,chronic-dosing,multi-centre | from baseline in LOCS III at week 52 | ||||||||
Country - US | |||||||||
Phase III | Moderate to very severe | 8,588 | Treatments (1-year treatment period) | • | Primary endpoint: rate of moderate or | • | FPCD: Q3 2015 | ||
ETHOS | COPD | • | BGF MDI 320/14.4/9.6µg BID pMDI | severe COPD exacerbations | • | LPCD: Q3 2018 | |||
• | BGF MDI 160/14.4/9.6µg BID pMDI | • | Data readout: Q3 2019 | ||||||
NCT02465567 | • | BFF MDI 320/9.6µg BID pMDI | • | Secondary endpoint: time to first | • | Primary endpoint met | |||
• | GFF MDI 14.4/9.6µg BID pMDI | moderate or severe COPD exacerbation | |||||||
Randomised, double-blind,multi-centre and parallel-group | |||||||||
Multi-country | |||||||||
Phase III | Moderate to very severe | 1,800 | Treatments (24-week treatment period) | Primary Endpoints: | • | FPCD: Q3 2015 | |||
KRONOS | COPD | • | BGF MDI 320/14.4/9.6µg BID pMDI | • | FEV1area under curve from 0 to 4 hours | • | LPCD: Q2 2017 | ||
• | GFF MDI 14.4/9.6µg BID pMDI | (AUC0-4) over 24 weeks (BGF MDI vs. | • | Data readout: Q1 2018 | |||||
NCT02497001 | • | BFF MDI 320/9.6µg BID pMDI | BFF MDI and BGF MDI vs. Symbicort | • | 8/9 Primary endpoints met | ||||
• | Symbicort Turbuhaler 400/12µg BID DPI | Turbuhaler) | |||||||
• | Change from baseline in morning pre- | ||||||||
Randomised, double-blind,parallel-group, and chronic dosing and | dose trough FEV1over 24 weeks (BGF | ||||||||
multi-centre | MDI vs. GFF MDI) | ||||||||
• | TDI focal score over 24 weeks (BGF | ||||||||
MDI vs. BFF MDI and BGF MDI vs. GFF | |||||||||
Multi-country | MDI) | ||||||||
Phase III | Moderate to very severe | 324 | Treatments (28-week treatment period) | Primary outcome measures: | • | FPCD Q3 2016 | |||
COPD | • | BGF MDI 320/14.4/9.6µg BID pMDI | • | Long-term safety and tolerability (52 | • | LPCD Q4 2017 | |||
NCT03262012 | • | GFF MDI 14.4/9.6µg BID pMDI | weeks): adverse events, 12-lead ECG, | • | Data readout: Q3 2018 | ||||
• | BFF MDI 320/9.6µg BID pMDI | laboratory tests, vital signs | • | Primary safety endpoint met | |||||
• | Symbicort Turbuhaler 400/12µg BID DPI | ||||||||
Randomised, double-blind,parallel-group, chronic dosing, | |||||||||
multicenter | |||||||||
Country: Japan | |||||||||
Oncology
CVRM
Respiratory
Other
63
Approved medicines | |||||
Daliresp/Daxas | (PDE4 inhibitor, oral) | Late-stage development | |||
Early development | |||||
COPD | |||||
Trial | Population | Patients | Design | Endpoints | Status |
Post Launch | COPD | 124,080 | • This is a retrospective cohort trial comparing COPD patients | • Primary endpoint: all-cause mortality (up | • Data anticipated: 2021+ |
PASS | aged 40 years and older with new exposure to roflumilast with | to five years) | |||
NCT03381573 | up to 5 unexposed (i.e., not roflumilast-exposed) COPD | ||||
controls matched by propensity score (PS), age, sex, and year | |||||
of cohort entry. The trial is using electronic healthcare | |||||
databases in the US (Military Health System database), | |||||
Germany (German Pharmacoepidemiological Research | |||||
Database), and Sweden (national databases including | |||||
healthcare, death, and demographics data). |
Oncology
CVRM
Respiratory
Other
64
Approved medicines | |||||||||
Fasenra(IL5R mAb) | Late-stage development | ||||||||
Early development | |||||||||
Severe, uncontrolled asthma | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase III | A multi-centre,open-label, | 770 | • | Arm 1: Fasenra30mg Q4W s.c. | • | Primary endpoint: safety and tolerability | • | FPCD: Q2 2016 | |
MELTEMI | safety extension trial with | • | Arm 2: Fasenra30mg Q8W s.c. | • | LPCD: Q3 2019 | ||||
Fasenrafor asthmatic adults | • | Data anticipated: H2 2020 | |||||||
NCT02808819 | on ICS plus LABA2 Agonist | Global trial - 15 countries | |||||||
Age 18-75 years | |||||||||
Phase IIIb | Severe eosinophilic | 600 | Arm 1: Fasenra30mg Q8W s.c. | • | Primary endpoint: reduction of oral | • | FPCD: Q3 2018 | ||
PONENTE | asthmatics receiving HD ICS | corticosteroid dose | • | LPCD: Q3 2019 | |||||
+ LABA and chronic OCS with | 38-week trial | • | Data anticipated: H2 2020 | ||||||
NCT03557307 | or without additional asthma | Global trial - 16 countries | |||||||
controller(s). | |||||||||
Age 18 Years and older | |||||||||
D3250C00036 China | Severe, uncontrolled asthma, | 666 | • | Arm 1: Fasenra30mg Q8W s.c. | • | Primary endpoint: annual asthma | • | FPCD: Q4 2017 | |
ICS/LABA Trial (MIRACLE) | despite background controller | • | Arm 2: placebo s.c. | exacerbation rate | • | Data readout: 2021+ | |||
medication, MD & HD ICS + | • | Secondary endpoints: assess pulmonary | |||||||
NCT03186209 | LABA ± chronic OCS | 56-week trial | function, asthma symptoms, other | ||||||
Age 12-75 years | Global trial - 4 countries | asthma control metrics | |||||||
Oncology
CVRM
Respiratory
Other
65
Approved medicines | |||||||||
Fasenra(IL5R mAb) | Late-stage development | ||||||||
Early development | |||||||||
Severe, uncontrolled asthma | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase III | Severe asthma, inadequately | 2,550 | • | Arm 1: Fasenra30mg Q4W s.c. | • | Primary endpoint: safety and tolerability | • | FPCD: Q4 2014 | |
BORA | controlled despite background | • | Arm 2: Fasenra30mg Q8W s.c.* | • | Data readout: Q3 2018 | ||||
controller medication, MD & | • | Primary endpoint met | |||||||
NCT02258542 | HD ICS + LABA ± chronic | • | placebo administered at select interim visits to | ||||||
OCS | maintain blind between treatment arms | ||||||||
Age 12-75 years | |||||||||
56-week (adults) | |||||||||
108-week (adolescents) | |||||||||
Global trial - 24 countries | |||||||||
Phase III | Severe asthma, inadequately | 120 | • | Arm 1: Fasenra30mg Q4W s.c. | • | Primary endpoint: functionality, reliability, | • | FPCD: Q2 2015 | |
GREGALE | controlled despite background | and performance of a pre-filled syringe | • | Data readout: Q2 2016 | |||||
controller medication, MD & | 28-week (adults) | with Fasenraadministered at home | • | Primary endpoint met | |||||
NCT02417961 | HD ICS + LABA ± chronic | Global trial - two countries | |||||||
OCS | |||||||||
Age 18-75 years | |||||||||
Phase lll | A double-blind, randomised, | 38 | • | Arm 1 : Fasenra30mg Q4W s.c. | • | Primary endpoint: safety and tolerability | • | FPCD Q4 2016 | |
ARIA | parallel group, placebo- | • | Arm 2: placebo s.c. | • | Data anticipated: H1 2020 | ||||
controlled multi-centre trial to | • | Primary endpoint: the effect of Fasenra | |||||||
NCT02821416 | evaluate the effect of Fasenra | 37-week trial | on allergen induced eosinophil changes | ||||||
on allergen-induced | in sputum and allergen-induced late | ||||||||
inflammation in Mild, atopic | asthmatic response | ||||||||
asthmatic | |||||||||
Age 18-65 years | |||||||||
Phase lll | A multi-centre, randomised, | 100 | • | Arm 1: Fasenra30mg Q4W s.c. with one dose of seasonal | Primary endpoints: | • | FPCD: Q3 2016 | ||
ALIZE | double-blind, parallel group, | influenza virus vaccine IM at week eight | • | Post-dosestrain-specific HAI) antibody | • | Data readout: Q3 2017 | |||
placebo-controlled, Phase IIIb | • | Arm 2: placebo Q4W s.c. with one dose of seasonal influenza | GMFRs | • | Primary endpoint met | ||||
NCT02814643 | trial to evaluate the potential | virus vaccine intra muscular at week | • | Post-dosestrain-specific serum HAI | |||||
effect of Fasenraon the | antibody GMTs | ||||||||
humoral immune response to | 12-week trial | • | Proportion of patients who experience a | ||||||
the seasonal influenza | strain-specificpost-dose antibody | ||||||||
vaccination in adolescent and | response with antibody response defined | ||||||||
young adult patients with | as a ≥4-fold rise in HAI antibody titer | ||||||||
severe asthma | |||||||||
Ages 12-21 years | |||||||||
Oncology
CVRM
Respiratory
Other
66
Approved medicines | |||||||||
Fasenra(IL5R mAb) | Late-stage development | ||||||||
Early development | |||||||||
Severe, uncontrolled asthma | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase III | Severe asthma on ICS-LABA | 120 | Open label Fasenra30mg Q4w | • | Primary endpoint: percentage of patients/ | • | FPCD: Q4 2016 | ||
GRECO | Age 18-75 years | caregivers who successfully self | • | Data readout: Q4 2017 | |||||
28-week trial | administer at home | • | Primary endpoint met | ||||||
NCT02918071 | Global trial - two countries | ||||||||
Phase lllb | A multi-centre, randomised, | 800 | • | Arm 1: Fasenra30mg Q8W s.c. | • | Primary endpoint: rate of asthma | • | FPCD: Q3 2017 | |
ANDHI | double-blind, parallel group, | • | Arm 2: placebo s.c. | exacerbations | • | LPCD: Q1 2019 | |||
placebo controlled, Phase IIIb | • | Secondary outcome measures: Saint | • | Data readout: Q4 2019 | |||||
NCT03170271 | trial to evaluate the safety and | 24-week trial | George Respiratory Questionnaire | • | Primary endpoint met | ||||
efficacy of Fasenra30 mg s.c. | Global trial - 15 countries | (SGRQ) | |||||||
in patients with severe asthma | |||||||||
uncontrolled on SoC | |||||||||
treatment. | |||||||||
Age 18-75 | |||||||||
Phase I | Healthy volunteers | 162 | Open label trial to compare 30 mg FasenraPK administered by | • | Primary endpoint: PK comparability | • | FPCD: Q1 2017 | ||
AMES | age 18-55 years | APFS or AI device | • | Data readout: Q3 2017 | |||||
NCT02968914 | 8-week trial | ||||||||
Global trial - two countries | |||||||||
Oncology
CVRM
Respiratory
Other
67
Approved medicines | |||||||||
Fasenra(IL5R mAb) | Late-stage development | ||||||||
Early development | |||||||||
Nasal polyposis, other | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase III | Patients with severe bilateral | 400 | • | Arm 1: Fasenra30mg Q8W s.c. | • | Primary endpoint: effect of Fasenraon | • | FPCD: Q1 2018 | |
OSTRO | nasal polyposis who are still | • | Arm 2: placebo s.c. | nasal polyp burden and on patient | • | LPCD: Q2 2019 | |||
symptomatic despite standard | reported nasal blockage | • | Data anticipated: H2 2020 | ||||||
NCT03401229 | of care therapy | 56-week trial | |||||||
Age 18-75 years | Global trial- 8 countries | ||||||||
Phase III | Patients with eosinophilic | 148 | Arm 1: Fasenra30mg Q8W s.c. | • | Primary endpoint: Change in endoscopic | • | FPCD: Q4 2019 | ||
ORCHID | chronic rhinosinusitis with | Arm 2: placebo Q8W s.c. | total nasal polyp score and Change in | • | Data anticipated: 2021+ | ||||
severe nasal polyposis | mean nasal blockage score | ||||||||
NCT04157335 | Age 18-75 years | 56-week trial | |||||||
Asian countries (4 countries) | |||||||||
Phase III | Patients with relapsing or | 140 | • | Arm 1: Fasenra30mg Q4W s.c. | • | Primary endpoint: Proportion of patients | • | FPCD: Q4 2019 | |
MANDARA | refractory EGPA on | • | Arm 2: mepolizumab 300mg Q4W s.c. | achieving remission (BVAS=0 and OCS | • | Data anticipated: 2021+ | |||
corticosteroid therapy with or | dose ≤ 4mg/day) at both weeks 36 and | ||||||||
NCT04157348 | without stable | 52-week trial with a minimum 1 year open label extension | 48. | ||||||
immunosuppressive therapy | Global trial- 9 countries | ||||||||
Age 18 years and older | |||||||||
Phase III | Patients with HES (history of | 120 | • | Arm 1: Fasenra30mg Q4W s.c. | • | Primary endpoint: Time to first HES | • | FPCD: Q4 2019 | |
NATRON | persistent eosinophilia >1500 | • | Arm 2: placebo Q4W s.c. | worsening/flare. | • | Data anticipated: 2021+ | |||
cells/μL with evidence of | |||||||||
NCT04191304 | end organ manifestations | 24-week trial with a minimum 1 year open label extension | |||||||
attributable to eosinophilia) | Global trial- 9-12 countries | ||||||||
and signs or symptoms of HES | |||||||||
worsening/flare at Visit 1 | |||||||||
Age 12 years and older | |||||||||
Phase III | Documented diagnosis of EoE | 170 | • | Arm 1: Fasenra30mg Q4W s.c. | • | Primary endpoints: | • | Initiating | |
Age 12 to 65 years | • | Arm 2: placebo Q4W s.c. | Histologic response at week 24 | • | Data anticipated: 2021+ | ||||
MESSINA | |||||||||
24-week double blind treatment period and open label period(s) | Change from baseline in DSQ score at | ||||||||
week 24 | |||||||||
Oncology
CVRM
Respiratory
Other
68
Approved medicines | |||||||||
Fasenra | (IL5R mAb) | Late-stage development | |||||||
Early development | |||||||||
COPD | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase III | Patients with moderate to very | 1216 | • | Double-blind, placebo controlled, single dose (100mg q8w) | • Primary endpoint: annualized rate of | • | FPCD Q4 2019 | ||
RESOLUTE | severe COPD with a history of | • | 56-week treatment | moderate or severe exacerbations over | • | Data anticipated: 2021+ | |||
frequent exacerbations on a | • | Global trial | 56 weeks | ||||||
NCT04053634 | background triple therapy | ||||||||
(ICS/LABA/LAMA) | |||||||||
Age 40-85 years | |||||||||
Oncology
CVRM
Respiratory
Other
69
Approved medicines | |||||||||
PT027 (SABA/ICS, pMDI) | Late-stage development | ||||||||
Early development | |||||||||
Asthma | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase III | Moderate to severe asthma | 3,100 | Treatments (minimum 24-week treatment period) | Primary endpoint: | • | FPCD: Q4 2018 | |||
MANDALA | • | BDA (budesonide albuterol) MDI 80/180 μg prn | • | Time to first severe asthma exacerbation | • | Data anticipated: 2021 | |||
NCT03769090 | • | BDA MDI 160/180 μg prn | Secondary endpoints: | ||||||
• | AS (albuterol sulphate) MDI 180 μg prn | ||||||||
• | Severe exacerbation rate (annualised) | ||||||||
Managed by Avillion | |||||||||
Randomised, double-blind,multi-centre, parallel group | • | Total corticosteroid exposure over the | |||||||
Multi-country | treatment period | ||||||||
• | Asthma Control Questionnaire -5 change | ||||||||
from baseline and responder analysis at | |||||||||
Week 24 | |||||||||
• | Asthma quality of life questionnaire for 12 | ||||||||
years and older/peadiatric asthma quality | |||||||||
of life questionnaire change from baseline | |||||||||
and responder analysis at week 24 | |||||||||
Phase III | Mild to moderate asthma | 600 | Treatments (12 week treatment period) | Dual primary endpoints: | • | FPCD: Q2 2019 | |||
DENALI | • BDA MDI 80/180 μg QID | • Change from baseline in FEV1 AUC0-6 | • Data anticipated: H2 2020 | ||||||
• BDA MDI 160/180 μg QID | hours over 12 weeks | ||||||||
• BD MDI 160 μg QID | • Change from baseline in trough FEV1 at | ||||||||
Managed by Avillion | • AS MDI 180 μg QID | week 12 | |||||||
• placebo MDI QID | |||||||||
Randomised, double-blind,multi-centre and parallel-group | |||||||||
Multi-country | |||||||||
Phase III | Asthma with exercise induced | 60 | Treatments (single dose) | Primary endpoint: | • | FPCD Q1 2019 | |||
TYREE | bronchoconstriction | • BDA MDI 160/180 μg | • | The maximum percentage fall from | • Data anticipated: H2 2020 | ||||
• placebo MDI QID | post-dose,pre-exercise baseline in | ||||||||
forced expiratory volume in 1 second | |||||||||
Managed by Avillion | Randomised, double-blind,multi-centre crossover | (FEV1) observed up to 60 minutes post- | |||||||
exercise challenge | |||||||||
Country: US | |||||||||
Oncology
CVRM
Respiratory
Other
70
Approved medicines | |||||||||
Tezepelumab (TSLP mAb) | Late-stage development | ||||||||
Early development | |||||||||
Severe, uncontrolled asthma | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase III | Severe asthma | 1,061 | • | Arm 1: tezepelumab s.c. | • | Primary endpoint: Annual asthma | • | FPCD: Q1 2018 | |
NAVIGATOR | Age 12-80 years | • | Arm 2: placebo s.c. | exacerbation rate | • | LPCD: Q3 2019 | |||
• | Secondary endpoints: Change from | • | Data anticipated: H2 2020 | ||||||
NCT03347279 | 52 week trial | baseline in pre-BD FEV1, asthma related | |||||||
QoL (AQLQ(S)+12), asthma control | |||||||||
Partnered | Global trial - 18 countries | (ACQ-6) | |||||||
Phase III | Severe asthma | 150 | • | Arm 1: tezepelumab s.c. | • | Primary endpoint: Reduction from | • | FPCD: Q2 2018 | |
SOURCE | Age 18-80 years | • | Arm 2: placebo s.c. | baseline in daily OCS dose while not | • | LPCD: Q4 2019 | |||
losing asthma control | • | Data anticipated: H2 2020 | |||||||
NCT03406078 | 48 week trial | • | Secondary endpoint: Annual asthma | ||||||
exacerbation rate | |||||||||
Partnered | Global trial - seven countries | ||||||||
Phase III | Severe asthma | ~975 | • | Arm 1: tezepelumab s.c. | • | Primary endpoint: Exposure adjusted | • | FPCD: Q1 2019 | |
DESTINATION | Age 12-80 years | • | Arm 2: placebo s.c. | rates of AEs/SAEs Secondary endpoints: | • | Data anticipated: 2021+ | |||
Annual asthma exacerbation rate | |||||||||
NCT03706079 | Extension Study to NAVIGATOR and SOURCE. 52 week trial | ||||||||
Partnered | (subjects from NAVIGATOR); 56 week trial (subjects from | ||||||||
SOURCE) | |||||||||
Global trial - ~ 20 countries | |||||||||
Phase III | Severe asthma | 216 | • Arm 1: tezepelumab s.c. via autoinjector (AI) | Primary endpoint: Proportion of health care | • | FPCD: Q2 2019 | |||
PATH-HOME | Age 12-80 years | • Arm 2: tezepelumab s.c. via accessorized pre-filled syringe | professionals and | • | LPCD: Q3 2019 | ||||
NCT03968978 | (APFS) | subjects /caregivers who successfully | • | Data anticipated: H2 2020 | |||||
24 week trial | administrated tezepelumab in clinic and | ||||||||
Partnered | at home with an APFS or an AI, | ||||||||
Global trial - 4 countries | |||||||||
respectively | |||||||||
Oncology
CVRM
Respiratory
Other
71
Tezepelumab (TSLP mAb)
Severe, uncontrolled asthma
Approved medicines Late-stagedevelopmentEarly development
Oncology
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase II | Severe asthma | 116 | • | Arm 1: tezepelumab s.c. | • | Primary endpoint: number of airway | • | FPCD: Q4 2018 |
CASCADE | Age 18-75 years | • | Arm 2: placebo s.c. | submucosal inflammatory cells/mm2 of | • | LPCD: Q4 2019 | ||
NCT03688074 | 28 week trial | bronchoscopic biopsies | ||||||
Partnered | Global trial - five countries | |||||||
Phase III | Severe asthma | 396 | • | Arm 1: tezepelumab s.c. | • | Primary endpoint: Annual asthma | • | FPCD: Q3 2019 |
DIRECTION | Age 18-80 years | • | Arm 2: placebo s.c. | exacerbation rate | ||||
• | Secondary endpoints: Change from | |||||||
NCT03927157 | 52 week trial | baseline in pre-BD FEV1, asthma related | ||||||
QoL (AQLQ(S)+12), asthma control | ||||||||
Partnered | Regional Asia study - three countries | (ACQ-6) | ||||||
Phase III | Severe asthma | 66 | Arm 1: tezepelumab s.c. | • | Primary endpoint: Number of subjects | • | FPCD: Q2 2019 | |
NOZOMI | 12-80 years | 52 week trial | with adverse events | |||||
NCT04048343 | Local study - Japan | |||||||
Partnered | ||||||||
CVRM
Respiratory
Other
72
Approved medicines | ||||||||
Tezepelumab (TSLP mAb) | Late-stage development | |||||||
Early development | ||||||||
Atopic dermatitis, COPD | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase IIb | Patients with chronic atopic | 300 | A dose-ranging,double-blind,placebo-controlled study to evaluate | The effect of tezepelumab compared with | • | FPCD: Q1 2019 | ||
NCT03809663 | dermatitis | the safety and efficacy of tezepelumab alone or combined with | placebo, assessed using the IGA and EASI | • | Data anticipated: 2021 | |||
topical corticosteroids in moderate-to-severe atopic dermatitis | ||||||||
Partnered | • | Arm 1: tezepelumab HD, s.c. Q2W | ||||||
• | Arm 2: tezepelumab MD, s.c. Q4W | |||||||
• | Arm 3: tezepelumab LD, s.c. Q2W | |||||||
• | Arm 4: placebo, s.c. Q2W or Q4W | |||||||
Phase IIa | Moderate to very severe | 282 | • | Arm 1: tezepelumab s.c. | • Primary endpoint: Rate of moderate or | • | FPCD Q3 2019 | |
COURSE | COPD | • | Arm 2: placebo s.c. | severe COPD exacerbations | • | Data anticipated: 2021+ | ||
NCT04039113 | Age 40-80 | 52 week trial | ||||||
Partnered | Global trial - 10 countries | |||||||
Oncology
CVRM
Respiratory
Other
73
Approved medicines | |||||||||
Anifrolumab (type I interferon receptor mAb) | Late-stage development | ||||||||
Early development | |||||||||
Lupus (SLE / LN) | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase III | Moderate to severe SLE | 450 | • | Arm 1: 300mg i.v. anifrolumab Q4W for 48 weeks | • | Primary endpoint: response in SLE | • | FPCD: Q4 2015 | |
TULIP SLE 1 | • | Arm 2: 150mg i.v. anifrolumab Q4W for 48 weeks | responder index at week 52 | • | LPCD: Q4 2017 | ||||
• | Arm 3: placebo i.v. Q4W for 48 weeks | • | Data readout: Q3 2018 | ||||||
NCT02446912 | • | Primary endpoint not met | |||||||
Phase III | Moderate to severe SLE | 360 | • | Arm 1: 300mg i.v. anifrolumab Q4W for 48 weeks | • | Primary endpoint: response in SLE | • | FPCD: Q4 2015 | |
TULIP SLE 2 | • | Arm 2: placebo i.v. Q4W for 48 weeks | responder index at week 52 | • | LPCD: Q4 2017 | ||||
BICLA at week 52 | • | Data readout: Q3 2019 | |||||||
NCT02446899 | • | Primary endpoint met | |||||||
Phase III | Moderate to severe SLE | 630 | • | Arm 1: 300mg i.v. anifrolumab Q4W for 152 weeks | • | Primary endpoint: extension to evaluate | • | FPCD: Q2 2016 | |
TULIP LTE | • | Arm 2: placebo i.v. Q4W for 152 weeks | long-term safety and tolerability | • | LPCD: Q4 2018 | ||||
NCT02794285 | • | Data anticipated: 2021+ | |||||||
Phase ll | Moderate to severe SLE | 307 | • | Arm 1: 300mg i.v. anifrolumab Q4W for 48 weeks | • | Primary endpoint: response in SLE | • | FPCD: Q1 2012 | |
patients | • | Arm 2: 1000mg i.v. anifrolumab Q4W for 48 weeks | responder index at 6 months | • | LPCD: Q1 2015 | ||||
NCT01438489 | • | Arm 3: placebo i.v. Q4W for 48 weeks | • | Data readout: Q3 2014 | |||||
Phase II | Moderate to severe SLE | 218 | • | Arm 1: anifrolumab, i.v. Q4W for 104 weeks | • | Primary endpoint: open-label extension | • | FPCD: Q1 2013 | |
patients | to evaluate long-term safety and | • | Data readout: Q4 2018 | ||||||
NCT01753193 | tolerability | ||||||||
Phase II | Moderate to severe SLE | 32 | • Arm 1: 150mg s.c. every other week | • PK/PD, safety, tolerability, primary | • FPCD: Q1 2017 | ||||
patients | • | Arm 2: 300mg s.c. every other week | analysis at week 12, secondary analysis | • | LPCD: Q4 2017 | ||||
NCT02962960 | • Arm 3: placebo s.c. every other week | at week 52 | • Data readout: Q1 2018 | ||||||
Phase II | Active Proliferative LN | 150 | • | Arm 1: 900 mg i.v. Q4W for 12 weeks then 300mg i.v. | • | Response in proteinuria at week 52 | • | FPCD: Q4 2015 | |
TULIP-LN1 | anifrolumab Q4W for 36 weeks | • | LPCD: Q4 2018 | ||||||
• | Arm 2: 300 mg i.v. anifrolumab Q4W for 48 weeks | • | Data anticipated: 2021 | ||||||
NCT02547922 | • | Arm 3: placebo i.v. Q4W for 48 weeks | |||||||
Oncology
CVRM
Respiratory
Other
74
BioPharmaceuticals - early-stage development
Approved medicines | |||||||||
Cotadutide (MEDI0382, GLP-1-glucagon agonist) | Late-stage development | ||||||||
Early development | |||||||||
Diabetes/obesity | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase II | Adults with type-2 | 65 | • | Arm1: cotadutide s.c. or placebo | • | Primary: efficacy MMT glucose AUC, body weight loss | • | FPCD: Q3 2017 | |
diabetes | • | Arm2: cotadutide s.c. or placebo | • | Secondary: efficacy HbA1c, fasting plasma glucose | • | LPCD: Q4 2017 | |||
NCT03244800 | • | Germany | • | Secondary: safety profile in terms of adverse events, heart rate, blood | • | Data readout: Q1 2018 | |||
pressure, vital signs, ECG, lab variables | |||||||||
Phase II | Overweight and | 834 | • | Arm1: cotadutide low dose s.c. + metformin | • | Primary: efficacy HbA1c, body weight loss | • | FPCD: Q3 2017 | |
Obese subjects with | • | Arm2: cotadutide mid dose s.c. + metformin | • | Secondary: percentage of subjects achieving weight loss of ≥5% and | • | LPCD: Q1 2018 | |||
NCT03235050 | type-2 diabetes | • Arm3: cotadutide high dose s.c. + metformin | ≥10% | • Data readout Q3 2019 | |||||
• | Arm4: placebo s.c. + metformin | • | Secondary: proportion of subjects rescued or discontinued for lack of | ||||||
• | Arm5: liraglutide s.c. + metformin | glycaemic control | |||||||
US, Canada, Bulgaria, Czech Rep, Germany, | • | Secondary: PK and immunogenicity | |||||||
Mexico, Russia, Slovakia | |||||||||
Phase II | Overweight/obese | 49 | • | Arm1: cotadutide + dapagliflozin | • | Primary: efficacy MMT glucose AUC | • | FPCD: Q3 2018 | |
NCT03444584 | subjects with type-2 | • | Arm2: placebo + dapagliflozin | • | Secondary: safety | • | LPCD: Q4 2018 | ||
diabetes | • | Germany, Hungary | • | Secondary: PK | • | Data readout: Q1 2019 | |||
• | Secondary: immunogenicity | ||||||||
Phase II | Adults with type-2 | 41 | • | Cotadutide or placebo s.c. | • | Primary: efficacy MMT glucose AUC | • | FPCD Q2 2018 | |
NCT03550378 | diabetes and renal | • | Germany, UK | • | Secondary: safety | • | LPCD; Q4 2018 | ||
impairment | • | Secondary: tolerability | • | Data readout: Q1 2019 | |||||
• | Secondary: PK | ||||||||
• | Secondary: immunogenicity | ||||||||
Phase II | Adults with type-2 | 44 | • | Part A: cotadutide or placebo s.c. | • | Primary: change in hepatic glycogen concentration postprandially, | • | FPCD: Q2 2018 | |
NCT03555994 | diabetes | • | Part B: cotadutide s.c. or placebo s.c. or | adjusted by liver volume | • | Part A LPCD: Q4 2018 | |||
liraglutide s.c. | • | Secondary: safety | • | Data readout: Q1 2019 | |||||
• | Sweden | • | Secondary: tolerability | ||||||
• | Secondary: immunogenicity | ||||||||
Oncology
CVRM
Respiratory
Other
76
Approved medicines | |||||||||
Cotadutide (MEDI0382, GLP-1-glucagon agonist) | Late-stage development | ||||||||
Early development | |||||||||
Diabetes/obesity, NASH | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase II | Overweight and | 27 | • | Cotadutide or placebo s.c. | • | Primary: efficacy body weight loss | • | FPCD: Q4 2018 | |
NCT03596177 | obese subjects with | • | UK | • | Secondary: change in total energy intake | • | LPCD: Q4 2019 | ||
type-2 diabetes | • | Secondary: change in total energy expenditure, active energy | |||||||
expenditure, resting energy expenditure | |||||||||
• | Secondary: safety | ||||||||
Phase I | Non-diabetic obese | 51 | • | Cotadutide or placebo s.c. with 7 week, 10 | • | Primary: safety, tolerability | • | FPCD: Q3 2018 | |
NCT03625778 | subjects | week or 16 week titration period | • | Secondary: PK | • | LPCD: Q2 2019 | |||
• | US | • | Secondary: immunogenicity | ||||||
Phase II | Overweight and | 20 | • | Cotadutide or placebo s.c. | • | Primary: safety, tolerability | • | FPCD: Q1 2019 | |
NCT03745937 | obese subjects with | • | Germany | • | Secondary: PK | • | LPCD: Q2 2019 | ||
type-2 diabetes | • | Secondary: immunogenicity | • | Data readout: Q3 2019 | |||||
• | Secondary: glucose control | ||||||||
Phase II | Japanese preobese | 61 | • | MAD s.c. administration | • | Primary: safety, glucose AUC, body weight | • | FPCD: Q3 2018 | |
NCT03645421 | or obese subjects | • | Japan | • | Secondary: HbA1c, FPG, fructosamine | • | LPCD: Q3 2018 | ||
with type-2 diabetes | • | Secondary: glucose control | • | Data readout: Q2 2019 | |||||
• | Secondary: PK, immunogenicity | ||||||||
Phase II | Obese subjects with | 72 | • | Arm1: cotadutide high dose s.c. | • | Primary: safety and tolerability | • | FPCD: Q4 2019 | |
NCT04019561 | non-alcoholic fatty | • | Arm2: placebo high dose s.c. | • | Secondary: change in hepatic fat fraction, | ||||
liver disease | • | Arm3: cotadutide low dose s.c. | • | Secondary: change in liver fat volume | |||||
(NAFLD)/non- | • | Arm4: placebo low dose s.c. | • | Secondary: change in visceral adipose tissue | |||||
alcoholic | • | US | |||||||
steatohepatitis | |||||||||
(NASH) | |||||||||
Phase I | Healthy adult subjects | 36 | • | Primary: to evaluate exposure following a single s.c of cotadutide at | • | FPCD: Q4 2019 | |||
NCT04091373 | each of 3 different sites of injection | ||||||||
• | Secondary: immunogenicity | ||||||||
• | Secondary: safety and tolerability | ||||||||
Oncology
CVRM
Respiratory
Other
77
Approved medicines | ||||||||
Verinurad (RDEA3170, URAT1 inhibitor) | Late-stage development | |||||||
Early development | ||||||||
CKD | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase II | CKD patients with | 60 | • | Arm A: verinurad 9 mg and febuxostat 80 mg | To assess the effects of intensive uric acid | • | FPCD: Q2 2017 | |
hyperuricaemia, | • | Arm B: placebo | lowering therapy with RDEA3170 and | • | LPCD: Q3 2018 | |||
NCT03118739 | albuminuria, and Type 2 | The trial is a multi-centre trial conducted in the US | febuxostat on UACR | • | Data readout: Q4 2018 | |||
diabetes | ||||||||
Phase II | Asymptomatic hyperuricaemic | 36 | • Arm A: 9 mg verinurad + 80 mg febuxostat + 10 mg | Primary: Peak uric acid excretion during | • | FPCD: Q4 2017 | ||
subjects (sUA (serum uric acid | dapagliflozin | the first 8 hours) on Day 7 of treatment | • | LPCD: Q3 2018 | ||||
NCT03316131 | levels) > 6.0 mg/dL) | • | Arm B: 9 mg verinurad + 80 mg febuxostat + placebo | Secondary: serum uric acid levels after 7 | • | Data readout: Q4 2019 | ||
The trial is a two-centre trial conducted in the US | days of treatment. | |||||||
Phase II | Healthy volunteers of Asian | 23 | • | Arm A: verinurad 24 mg + allopurinol 300 mg | Safety analyses (AEs, ECG abnormalities, | • | FPCD: Q1 2019 | |
descent | • | Arm B; verinurad 12 mg + allopurinol 300 mg | vital sign abnormalities, laboratory | • | LPCD: Q2 2019 | |||
• | Arm C: placebo | abnormalities) | • | Data readout: Q3 2019 | ||||
This trial is a single centre study conducted in the US | PK outcomes (AUC, Cmax, tmax) | |||||||
Oncology
CVRM
Respiratory
Other
78
Approved medicines | |||||||
AZD2693 (resolution of NASH) | Late-stage development | ||||||
Early development | |||||||
NASH | |||||||
Trial | Population | Patients | Design | Endpoints | Status | ||
Phase I | Healthy subjects | 48 | SAD | Primary: | • | FPCD: Q4 2019 | |
NCT04142424 | 6 cohorts with 6 subjects receiving AZD2693 and 2 subjects | • Safety and tolerability | • | Data anticipated: H2 2020 | |||
receiving placebo in each cohort | Secondary; | ||||||
Route of administration: subcutaneous injections | • PK | ||||||
Trial conducted in the US. | |||||||
Oncology
CVRM
Respiratory
Other
79
Approved medicines | ||||||
MEDI3506 (IL33 ligand mAb) | Late-stage development | |||||
Early development | ||||||
Diabetic Kidney Disease (DKD) | ||||||
Trial | Population | Patients | Design | Endpoints | Status | |
Phase II | Adult subjects with diabetic | 168 | Randomized, double-blind,placebo-controlled, multicenter study | • Efficacy and safety | • FPCD: Q4 2019 | |
kidney disease | to evaluate the efficacy, safety, PK, and immunogenicity of | |||||
NCT04170543 | MEDI3506 in adult subjects with diabetic kidney disease | |||||
Oncology
CVRM
Respiratory
Other
80
Approved medicines | ||||||||
AZD4831 (MPO inhibitor) | Late-stage development | |||||||
Early development | ||||||||
Cardiovascular disease | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase I | Healthy subjects | c. 96 | SAD trial (one trial site in Germany) | • | Safety and tolerability | • | FPCD: Q3 2016 | |
• Planned to investigate 6 different dose levels vs. placebo but | • | PK parameters | • | LPCD: Q4 2016 | ||||
NCT02712372 | up to 10 cohort may be used | • | Data readout Q2 2017 | |||||
Phase I | Healthy subjects | c. 40 | MAD (one trial site in USA) | • | Safety and tolerability | • | FPCD: Q2 2017 | |
• The planned number of cohorts is four but up to five cohorts | • | PK parameters | • | LPCD: Q4 2017 | ||||
NCT03136991 | may be included | • | Data readout: Q1 2018 | |||||
Phase IIa | HFpEF | 96 | Arm 1: AZD4831 | • | Primary endpoint: The change from | • | FPCD: Q4 2018 | |
Arm 2: placebo | baseline in MPO activity in % after | |||||||
NCT03756285 | AZD4831 treatment | |||||||
Global trial - five countries | ||||||||
Oncology
CVRM
Respiratory
Other
81
Approved medicines | |||||||||
AZD5718 (FLAP inhibitor) | Late-stage development | ||||||||
Early development | |||||||||
Cardiovascular disease | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase IIa | CAD | 138 | • | Arm 1: AZD5718 Dose A | • | Primary endpoint: PD effect of AZD5718 | • | FPCD: Q4 2017 | |
NCT03317002 | • | Arm 2: AZD5718 Dose B | by assessment of u-LTE4 | ||||||
• | Arm 3: placebo | ||||||||
Global trial - three countries in Europe | |||||||||
Phase I | Healthy subjects | 6 | hADME trial (one trial site in UK) | • | Mass balance, with routes and rates of | • | FPCD: Q2 2019 | ||
NCT03948451 | • | Oral administration | elimination of [14C]AZD5718. | • | LPCD: Q2 2019 | ||||
Open-label study to characterize the absorption, distribution, | • | Metabolite profiling and structural | |||||||
metabolism and excretion following a single oral dose of | identification | ||||||||
[14C]AZD5718 in healthy male volunteers | • | PK and total radioactivity | |||||||
Phase I | Healthy subjects | 14 | BA trial (one trial site in UK) | • | To evaluate the pharmacokinetics and | • | FPCD: Q4 2019 | ||
NCT04087187 | An open-label, randomized, 3-period,3-treatment, crossover | exposure of 3 different doses | • | LPCD: Q4 2019 | |||||
study to assess the drug absorption into the blood after | of AZD5718 | ||||||||
administration of 3 doses of AZD5718 | • | Safety and tolerability | |||||||
Oncology
CVRM
Respiratory
Other
82
Approved medicines | ||||||
AZD6615 (anti-hypercholesterolemia) | Late-stage development | |||||
Early development | ||||||
Hypercholesterolemia | ||||||
Trial | Population | Patients | Design | Endpoints | Status | |
Phase I | Healthy subjects | 40 | SAD | Primary: | • FPCD: Q3 2019 | |
NCT04055168 | 3 cohorts of non-Asian subjects (Part 1) and 2 cohorts of | • Safety and tolerability | ||||
Japanese subjects (Part 2). 6 subjects receiving AZD6615 and | Secondary; | |||||
2 subjects receiving placebo in each cohort. | • PK and PD parameters | |||||
Trial conducted in the US. | ||||||
Oncology
CVRM
Respiratory
Other
83
Approved medicines | ||||||
MEDI7219 (anti-diabetic) | Late-stage development | |||||
Early development | ||||||
Diabetes | ||||||
Trial | Population | Patients | Design | Endpoints | Status | |
Phase I | Healthy Volunteers | 130 | • 5 part trial | • Safety and tolerability | • FPCD: Q1 2018 | |
• Part A : SAD | • Pharmacokinetics | • Data anticipated: H1 2020 | ||||
NCT03362593 | • Part B, C & E : open label, single dose studies | |||||
• Part D : MAD | ||||||
Oncology
CVRM
Respiratory
Other
84
Approved medicines | ||||||
AZD8233 (anti-hypercholesterolemia) | Late-stage development | |||||
Early development | ||||||
Hypercholesterolemia | ||||||
Trial | Population | Patients | Design | Endpoints | Status | |
Phase I | Healthy subjects | 56 | SAD | Primary: | • FPCD: Q3 2018 | |
NCT03593785 | 7 cohorts with 6 subjects receiving AZD8233 and 2 subjects | • Safety and tolerability | • LPCD: Q3 2019 | |||
receiving placebo in each cohort | Secondary; | |||||
Trial conducted in the US. | • PK and PD parameters | |||||
Oncology
CVRM
Respiratory
Other
85
Approved medicines | |||||||||
AZD8601 (VEGF-A modified RNA) | Late-stage development | ||||||||
Early development | |||||||||
Cardiovascular disease | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase I | Type 2 diabetic patients | c. 60 | SAD trial (one trial site in Germany) | • | Safety and tolerability | • | FPCD: Q1 2017 | ||
• | Planned to investigate 3 different dose levels vs. placebo but | • | LPCD: Q3 2017 | ||||||
NCT02935712 | up to 5 cohort may be used | • | Data readout: Q1 2018 | ||||||
Phase IIa | HF | Up to 33 | Phase IIa trial (two trial sites in Finland) | • | Safety and tolerability | • | FPCD: Q1 2018 | ||
NCTT03370887 | • | Arm 1: AZD8601 Dose A | |||||||
• | Arm 2: AZD 8601 Dose B | ||||||||
• | Arm 3: placebo | ||||||||
Oncology
CVRM
Respiratory
Other
86
Approved medicines | ||||||||
AZD9977 | Late-stage development | |||||||
Early development | ||||||||
Heart failure with preserved ejection fraction | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase I | Healthy subjects | 27 | MAD | Primary: | • | FPCD: Q1 2018 | ||
• | Safety and tolerability | • | LPCD: Q2 2018 | |||||
NCT03435276 | Dose escalation in 3 cohorts with 6 subjects receiving AZD9977 | • | Data readout: Q3 2018 | |||||
and 3 subjects receiving placebo in each cohort | Secondary; | |||||||
Trial conducted in the UK. | • | PK parameters | ||||||
Phase I | Healthy subjects | 12 | Bioavailability trial | Primary: | • | FPCD: Q2 2018 | ||
• | relative bioavailability vs. oral suspension | • | LPCD: Q2 2018 | |||||
NCT03450759 | Investigation of four different oral formulations of AZD9977 and | (reference) | • | Data readout: Q3 2018 | ||||
influence of food. | • | PK parameters | ||||||
Trial conducted in the UK. | ||||||||
Phase I | HFpEF | 60 | Proof of differentiation | Primary: | • | FPCD Q4 2018 | ||
NCT03682497 | To compare the effect of AZD9977 with spironolactone on serum | • | serum potassium | • | LPCD Q1 2019 | |||
potassium | ||||||||
Phase I | Healthy subjects | 14 | DDI | Primary: | • | FPCD: Q1 2019 | ||
• | PK parameters | • | LPCD: Q1 2019 | |||||
NCT03843060 | To assess the effect of itraconazole on the pharmacokinetics of | • | Data readout: Q3 2019 | |||||
AZD9977 | Secondary; | |||||||
Trial conducted in the US | • | Safety and tolerability | ||||||
Phase I | Healthy subjects | 45 | JSMAD | Primary: | • | FPCD: Q1 2019 | ||
• | Safety and tolerability | • | LPCD: Q2 2019 | |||||
NCT03801967 | Single and multiple-ascending dose administration in Japanese | • | Data readout: Q3 2019 | |||||
healthy volunteers. | Secondary; | |||||||
Trial conducted in the UK | • | PK parameters | ||||||
Phase I | Healthy subjects | 12 | Bioavailability trial | Primary: | • | FPCD: Q1 2019 | ||
• | relative bioavailability vs. capsule | • | LPCD: Q2 2019 | |||||
NCT03804645 | Investigation of four different oral formulations of AZD9977 and | formulation (reference) | • | Data readout: Q3 2019 | ||||
influence of food. | • | PK parameters | ||||||
Trial conducted in the UK | ||||||||
Oncology
CVRM
Respiratory
Other
87
Approved medicines | ||||||||||
Biologics | Late-stage development | |||||||||
Early development | ||||||||||
Cardiovascular & metabolic diseases | ||||||||||
Trial | Compound | Population | Patients | Design | Endpoints | Status | ||||
Phase IIb | MEDI6012 | Subjects 30-80 | 414 | • | Cohort A: 2-dose regimen | Primary endpoints: Infarct size as a percentage of left ventricle | • | FPCD: Q2 18 | ||
EudraCT 2017- | rhLCAT | years of age | 300 mg of MEDI6012 or placebo on day 1 | (LV) mass at 10-12 weeks post-MI (myocardial infarction) | • | Data anticipated: 2021+ | ||||
inclusive, | (loading dose) prior to pPCI followed by a | compared to placebo | ||||||||
004521-32 | presenting with | |||||||||
second inpatient dose | Secondary endpoints: | |||||||||
acute STEMI | ||||||||||
of 150 mg or placebo on Day 3 by i.v. | • Ejection Fraction at 10-12 weeks post-MI compared to placebo. | |||||||||
push. | • Change in NCPV in the coronary arteries from at10-12 | |||||||||
• | Cohort B: 6-dose regimen | weeks post-MI compared with placebo | ||||||||
300 mg of MEDI6012 or placebo on day 1 | • Myocardial mass and LV volumes at end-systole and end- | |||||||||
prior to pPCI followed by a second | diastole | |||||||||
inpatient dose of 150 mg or placebo on day | • Incidence of TEAEs and treatment-emergent SAEs. | |||||||||
3 and outpatient maintenance doses of 100 | • LCAT mass and ADAs | |||||||||
mg or placebo on days 10, 17, 24, | ||||||||||
and 31 by i.v. push. | ||||||||||
Phase IIa | MEDI5884 | Adults with stable | 133 | • MEDI5884 (5 dose cohorts) vs. placebo in | • | Safety profile in terms of AEs, vital signs, ECG, lab variables | • | FPCD Q4 2017 | ||
cholesterol | CHD | stable CHD patients | • | Changes in HDL-C over time | • | Data readout: Q4 2018 | ||||
NCT03351738 | modulation | • | PK, immunogenicity, and Apolipoprotein B | |||||||
Phase I | MEDI6570 | Atherosclerotic | 88 | • | SAD followed by multi ascending dose | • | Primary endpoints: Safety and tolerability | • | FPCD: Q4 2018 | |
cardiovascular | with 3 monthly doses in T2DM subjects | • | Data anticipated: 2021 | |||||||
NCT03654313 | disease | |||||||||
Oncology
CVRM
Respiratory
Other
88
Approved medicines | |||||||
AZD0449 (inhaled JAK-1 inhibitor) | Late-stage development | ||||||
Early development | |||||||
Asthma | |||||||
Trial | Population | Patients | Design | Endpoints | Status | ||
Phase I | Healthy subjects and patients | 156 | SAD/MAD/Bridge trial (UK) | Primary endpoint: | • FPCD: Q4 2018 | ||
with mild asthma | Part 1 SAD | • | Safety and tolerability | ||||
NCT03766399 | • Dose escalation in 6 cohorts with 6 subjects receiving | ||||||
AZD0449 and 2 subjects receiving placebo in each cohort | Secondary endpoint: | ||||||
• i.v. cohort with 8 subjects | • | PK parameters | |||||
Part 2 MAD: | • | FENO | |||||
• 3 cohorts of (6, 6, 18) subjects receiving three different doses | |||||||
of AZD0449 and (3,3, 12) subjects receiving placebo in each | |||||||
cohort | |||||||
Part 3 bridge | |||||||
• 18 subjects will receive AZD0449 and 6 subjects receiving | |||||||
placebo | |||||||
Trial conducted in the UK | |||||||
Oncology
CVRM
Respiratory
Other
89
Approved medicines | |||||||
AZD1402 (IL4 receptor antagonist) | Late-stage development | ||||||
Early development | |||||||
Asthma | |||||||
Trial | Population | Patients | Design | Endpoints | Status | ||
Phase Ib | Patients with mild asthma | 75 | PoM. | Primary endpoint: | • FPCD: Q3 2018 | ||
A dose-escalating, single blind trial to assess the | • | Safety and tolerability | |||||
NCT03574805 | safety, tolerability, and pharmacokinetics of multiple | ||||||
doses of PRS-060 administered by oral Inhalation In | Secondary endpoint: | ||||||
Partnered | subjects with mild asthma | • | PK parameters | ||||
• | Potential immunogenicity | ||||||
Australia | • | Change in FENO | |||||
Oncology
CVRM
Respiratory
Other
90
Approved medicines | ||||||||
MEDI3506 (IL33 ligand mAb) | Late-stage development | |||||||
Early development | ||||||||
COPD, atopic dermatitis | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase I (Combined SAD / | SAD: healthy subjects with | SAD: 56 | SAD: | • | Safety and tolerability | • | FPCD: Q2 2017 | |
MAD) | mild atopy | • 7 sequential placebo-controlled single dose cohorts by either | • | LPCD: Q2 2019 | ||||
SC or IV route (active N=6 / placebo N = 2 within each | • | Data anticipated: H1 2020 | ||||||
NCT03096795 | cohort) | |||||||
J-SD: healthy Japanese | J-SD: 8 | |||||||
subjects | J-SD: | |||||||
• single placebo-controlled single dose cohort by IV route | ||||||||
(active N=6 / placebo N = 2 within cohort) | ||||||||
MAD: GOLD I-II COPD | MAD: 24 | |||||||
MAD: | ||||||||
• 3 sequential placebo-controlled multiple dosing cohorts by SC | ||||||||
route (active N=6 / placebo N = 2 within each cohort) | ||||||||
Conducted in UK | ||||||||
Phase II | Adult subjects with atopic | 108 | Randomised, blinded, placebo-controlled trial to determine the | • | Efficacy and safety | • | FPCD: Q4 2019 | |
dermatitis | efficacy and safety of different strengths of MEDI3506 by SC | |||||||
NCT04212169 | route | |||||||
Conducted in US, Australia, Germany & Poland | ||||||||
Oncology
CVRM
Respiratory
Other
91
Approved medicines | ||||||||
AZD7594 (SGRM, inhaled) | Late-stage development | |||||||
Early development | ||||||||
Asthma | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase I | Adolescent asthma patients | 24 | An open-label,multi-centre, Phase I study to assess the PK, PD | Primary endpoint: | • | FPCD: Q3 2019 | ||
and safety of 2-eeek treatment with inhaled AZD7594 in | • | PK, safety and tolerability following 2 | • | Data readout: H1 2020 | ||||
NCT03976869 | adolescents (12 to 17 Years) with asthma | weeks treatment with AZD7594 | ||||||
Secondary endpoints | ||||||||
• | Changes from baseline in lung function, | |||||||
asthma control and plasma cortisol on | ||||||||
day 15 | ||||||||
Oncology
CVRM
Respiratory
Other
92
Approved medicines | ||||||||
AZD7986 (DPP1) | Late-stage development | |||||||
Early development | ||||||||
COPD | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase I | Healthy volunteers | 15 | This is a phase I, non-randomised, fixed sequence, 3-period, | • | Safety and tolerability | • | FPCD: Q1 2016 | |
NCT02653872 | drug-drug interaction study to assess the PK of AZD7986 in | • | PK/PD and DDI | • | Data readout: Q2 2016 | |||
healthy subjects when administered alone and in combination | ||||||||
with multiple doses of verapamil and itraconazole or diltiazem | ||||||||
• Arm 1: AZD7986 (alone) treatment period 1 | ||||||||
• Arm 2: verapamil (with AZD7986) treatment period 2 | ||||||||
• Arm 3: itraconazole (with AZD7986) treatment Period 3 | ||||||||
• Arm 4: diltiazem (with AZD7986) treatment period 3 | ||||||||
Phase I | Healthy volunteers | 89 | A phase I, randomised, single-blind,placebo-controlled,2-part | • | Safety and tolerability | • | FPCD: Q4 2014 | |
NCT02303574 | study to assess the safety, tolerability, PK and food effect of | • | PK/PD | • | Data readout: Q3 2016 | |||
single and multiple oral doses of AZD7986 in healthy volunteers. | • | Bioavailability | ||||||
• Arm 1: AZD7986, single and multiple oral doses | ||||||||
• Arm 2: placebo, single and multiple doses | ||||||||
Oncology
CVRM
Respiratory
Other
93
Approved medicines | |||||||
AZD8154 (PI3Kγδinhibitor) | Late-stage development | ||||||
Early development | |||||||
Asthma | |||||||
Trial | Population | Patients | Design | Endpoints | Status | ||
Phase I | Healthy subjects | 78 | SAD/MAD | Primary endpoint: | • | FPCD: Q3 2018 | |
A Phase I trial to assess the safety, tolerability and PK of | • Safety and tolerability | • | LPCD: Q3 2019 | ||||
NCT03436316 | AZD8154 following single dose administration and multiple dose | • | Data readout: Q4 2019 | ||||
administration in healthy subjects | Secondary endpoint: | ||||||
• PK parameters | |||||||
Oncology
CVRM
Respiratory
Other
94
Approved medicines | ||||||||
AZD8871 (MABA, inhaled) | Late-stage development | |||||||
Early development | ||||||||
Respiratory | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase IIa | Patients with COPD | 73 | Randomised, double-blind, placebo and active-controlled | Primary endpoint: | • | FPCD: Q4 2018 | ||
NCT03645434 | crossover trial. Eligible patients will be randomised in 1:1:1:1:1:1 | • | Change from baseline in trough FEV1on | • | LPCD: Q2 2019 | |||
ratio to 1 of 6 treatment sequences and will receive 1 of the | day 15 | • | Data anticipated: Q3 2019 | |||||
Secondary endpoints: | ||||||||
following 3 treatments sequence in the form of dry powder | ||||||||
• | To characterize the pharmacokinetics of | |||||||
inhalation: | ||||||||
AZD8871 following multiple inhaled | ||||||||
• AZD8871 600 µg once daily | ||||||||
doses | ||||||||
• Anoro® Ellipta® (55 µg umeclidinium [UMEC]/ 22 µg | ||||||||
• | To assess safety and tolerability of | |||||||
vilanterol [VI]) once daily | AZD8871 | |||||||
• Placebo | ||||||||
Oncology
CVRM
Respiratory
Other
95
Approved medicines | ||||||||
AZD9567 (SGRM, oral) | Late-stage development | |||||||
Early development | ||||||||
Respiratory | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase I | Healthy subjects | 71 | MAD trial with a total of 6 dose levels of AZD9567: 10 mg, 20mg, | Primary endpoint: | • | FPCD: Q2 2016 | ||
40mg, 80mg and 125 mg as well as with 3 dose levels of | • | To assess the safety and tolerability of | • | Data readout: Q2 2018 | ||||
NCT02760316 | prednisolone: 5 mg, 20 mg and 40 mg | AZD9567 following multiple oral | ||||||
ascending doses in subjects with BMI | ||||||||
between 28 and 38 kg/m2 and with a | ||||||||
positive glucose tolerance test (7,8 to | ||||||||
11,0 mmol/L) | ||||||||
Secondary endpoints: | ||||||||
• | To characterise the pharmacokinetics of | |||||||
AZD9567 following multiple oral | ||||||||
administration of ascending doses | ||||||||
• | To characterise the pharmacodynamics | |||||||
of AZD9567 assessed as effect on | ||||||||
glucose homeostasis through OGTT (oral | ||||||||
glucose tolerance test) in comparison | ||||||||
with prednisolone | ||||||||
Phase IIa | Patients with active RA | 40 | A randomised, double-blind, parallel trial to assess the efficacy, | Primary endpoint: | • | FPCD: Q1 2018 | ||
NCT03368235 | safety and tolerability of AZD9567 compared to prednisolone 20 | To assess the efficacy of AZD9567, 40 mg, | ||||||
mg in patients with active rheumatoid arthritis | compared to prednisolone 20 mg in | |||||||
patients with active RA in spite of stable | ||||||||
treatment with conventional and/or s.c./i.v. | ||||||||
biological DMARDs (Disease-modifying | ||||||||
antirheumatic drugs) | ||||||||
Secondary endpoints: | ||||||||
• To further assess the efficacy of | ||||||||
AZD9567, 40 mg, compared to | ||||||||
prednisolone 20 mg in patients with | ||||||||
active rheumatoid arthritis in spite of | ||||||||
stable treatment with conventional | ||||||||
and/or s.c./i.v. biological DMARDs | ||||||||
• (e g SJC 66/TJC68, ACR response | ||||||||
criteria) | ||||||||
• To evaluate the pharmacokinetic profile | ||||||||
of AZD9567 | ||||||||
Oncology
CVRM
Respiratory
Other
96
Approved medicines | ||||||||
AZD0284 (RORγinverse agonist) | Late-stage development | |||||||
Early development | ||||||||
Plaque psoriasis vulgaris | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase I | Healthy subjects | 80 | Part 1 (SAD) | • | Safety and tolerability and PK following | • | FPCD: Q3 2016 | |
• | Seven different dose levels investigated vs. placebo | oral administration with single ascending | • | LPCD: Q2 2017 | ||||
NCT02976831 | • | Oral administration | dose | |||||
• | Preliminary assessment of the effect of | |||||||
food on the single dose PK parameters | ||||||||
of AZD0284 | ||||||||
Part 2 (MAD) | • | Safety and tolerability & PK in healthy | • | FPCD: Q1 2017 | ||||
• | Three different dose levels investigated vs. placebo in healthy | subjects following administration of | • | LPCD: Q1 2017 | ||||
subjects | multiple ascending oral doses | |||||||
• | Oral administration | • | PoM confirmed by demonstrating that | |||||
oral dosing of AZD0284 reduces IL-17 | ||||||||
secretion by ex vivo stimulated whole | ||||||||
blood T cells | ||||||||
Phase I | Healthy subjects | 6 | A single centre, open-label,non-randomised, single dose trial | • | Determination of absolute bioavailability | • | FPCD: Q1 2017 | |
performed in 6 healthy male subjects aged 18 to 65 years, | of AZD0284 | • | LPCD: Q1 2017 | |||||
NCT03029741 | inclusive. The trial will assess the absolute bioavailability of a | • | Safety and tolerability of AZD0284 | |||||
single oral dose of AZD0284 and the pharmacokinetics (PK) of a | ||||||||
single intravenous (IV) microdose of [14C] AZD0284 in healthy | ||||||||
male and female subjects. Oral AZD0284 and [14C] AZD0284 | ||||||||
intravenous solution are referred to as the investigational | ||||||||
products in this trial | ||||||||
Phase Ib | Moderate to severe plaque | 25 planned | A randomised, double-blind,placebo-controlled,multi-centre, | • | Reduction from baseline to the end of 4 | • | FPCD:Q4 2017 | |
psoriasis | 5 completed | parallel group Phase Ib study, designed to evaluate the | weeks treatment, in gene expression | • | LPCD: Q2 2018 | |||
NCT03310320 | 9 dosed | pharmacodynamic effects, clinical efficacy and safety of | level of IL-17A and CCL20 relative to | |||||
AZD0284 compared with placebo as measured by the relative | placebo | |||||||
change from baseline in Psoriasis Area Severity Index (PASI | • | Change (percent improvement) in PASI | • | The trial was temporarily suspended ~5 | ||||
score), other disease assessments of involved body surface area | compared to placebo | months due to preclinical findings. | ||||||
(BSA), static physicians global assessment score (sPGA), pruritis | • | Safety and tolerability and PK following 4 | ||||||
and biomarkers associated with the mechanism of disease and | weeks oral administration with single | • | However, whilst the intention was to re- | |||||
AZD0284 | ascending dose | open the DERMIS study, in the | ||||||
meantime, and for portfolio and | ||||||||
prioritisation reasons, a decision was | ||||||||
taken in Q3 2018 to end the study. |
Oncology
CVRM
Respiratory
Other
97
Approved medicines | ||||||
MEDI0618 (PAR2 antagonist mAb) | Late-stage development | |||||
Early development | ||||||
Osteoarthritis pain | ||||||
Trial | Population | Patients | Design | Endpoints | Status | |
Phase I | Painful osteoarthritis of the knee | 64 (healthy | • SAD | • Safety, tolerability and PK | • FPCD: Q4 2019 | |
volunteers) | • Up to 8 | i.v. cohorts are planned vs. placebo | ||||
NCT02508155 | • 1 s.c. cohortis planned vs. placebo | |||||
Europe only | ||||||
Oncology
CVRM
Respiratory
Other
98
Approved medicines | ||||||
MEDI1341 (alpha-synuclein mAb) | Late-stage development | |||||
Early development | ||||||
Parkinson's Disease | ||||||
Trial | Population | Patients | Design | Endpoints | Status | |
Phase I | Healthy volunteers | 48 | • SAD | • Safety, tolerability, PK, PD | • FPCD: Q4 2017 | |
NCT03272165 | • Up to 6 i.v. cohorts are planned vs. placebo | • Data anticipated: H2 2020 | ||||
US only | ||||||
Oncology
CVRM
Respiratory
Other
99
Approved medicines | ||||||
AZD4041 (orexin 1 receptor antagonist) | Late-stage development | |||||
Early development | ||||||
Opioid use disorder | ||||||
Trial | Population | Patients | Design | Endpoints | Status | |
Phase I | Healthy volunteers | 48 healthy | • Randomised, double blind, single ascending dose | • Safety, tolerability, PK, PD | • FPCD: Q4 2019 | |
NCT04076540 | volunteers | • Up to 6 cohorts are planned vs. placebo | • Data anticipated: H2 2020 | |||
Single centre in US only | ||||||
Partnered with Eolas | ||||||
Therapeutics Inc | ||||||
and NIH. | ||||||
Oncology
CVRM
Respiratory
Other
100
Approved medicines | ||||||||
AZD5634 (ENaC, inhaled) | Late-stage development | |||||||
Early development | ||||||||
Cystic Fibrosis | ||||||||
Trial | Population | Patients | Design | Endpoints | Status | |||
Phase I | Healthy volunteers | 56 | A randomised, single-blind,placebo-controlled trial to assess the | • | Safety and tolerability | • | FPCD: Q1 2016 | |
NCT02679729 | safety, tolerability and pharmacokinetics of AZD5634 following | • | PK/PD | • | Data readout: Q4 2016 | |||
single-ascending inhaled doses (Part A) and after single inhaled | ||||||||
and intravenous doses (Part B) in healthy subjects | ||||||||
• Arm 1: AZD5634 following inhaled administration of SAD | ||||||||
(Part A) and following administration of single inhaled and i.v. | ||||||||
doses (Part B) | ||||||||
• Arm 2: placebo | ||||||||
Phase Ib | Patients with cystic fibrosis | 9 | A randomised blinded placebo-controlled,cross-over trial to | • | Safety and tolerability | • | FPCD: Q2 2017 | |
NCT02679729 | assess the effect of AZD5634 on mucociliary clearance as well as | • | PK/PD | • | Data readout: Q2 2018 | |||
safety, tolerability, and PK parameters following single inhaled | ||||||||
dose administration to patients with cystic fibrosis | ||||||||
• Arm 1: subjects were administered single dose of placebo in | ||||||||
period 1 and AZD5634 in period 2 | ||||||||
• Arm 2: subjects were administered single dose of AZD5634 in | ||||||||
period 1 and placebo in period 2 | ||||||||
Oncology
CVRM
Respiratory
Other
101
Approved medicines | |||||||||
MEDI7352 (NGF TNF bispecific mAb) | Late-stage development | ||||||||
Early development | |||||||||
Osteoarthritis pain | |||||||||
Trial | Population | Patients | Design | Endpoints | Status | ||||
Phase I | Painful osteoarthritis of the knee | 160 | • | SAD & MAD | • | Safety, tolerability, PK, PD | • | FPCD: Q1 2016 | |
• | Up to 12 i.v. cohorts are planned vs. placebo | • | Data anticipated: H1 2020 | ||||||
NCT02508155 | • | 1 s.c. cohorts are planned vs. placebo | |||||||
Europe only | |||||||||
Phase II | Painful diabetic neuropathy | 271 | • | Multiple dose study | • | Dose response, safety, tolerability, PK, | • | FPCD Q4 2018 | |
NCT03755934 | • Up to 4 i.v. cohorts are planned vs. placebo | PD | • | Data anticipated: 2021 | |||||
Europe only | |||||||||
Oncology
CVRM
Respiratory
Other
102
Approved medicines | ||||||||||
Other biologics | Late-stage development | |||||||||
Early development | ||||||||||
Infections | ||||||||||
Trial | Compound | Population | Patients | Design | Endpoints | Status | ||||
Phase II | Anti-Staph AT | Intubated ICU | 213 | • | Placebo-controlled,single-dose,dose-ranging | • | Efficacy and safety | • | FPCD: Q4 2014 | |
(suvratoxumab, | • | Route of administration: intravenous | • | Data readout: Q4 2018 | ||||||
EudraCT 2014- | MEDI4893) | |||||||||
001097-34 | ||||||||||
Phase IIb | Anti-Respiratory | 29-35 WK GA | 1,453 | • | Randomised, double-blind,placebo-controlled trial | • | Safety and efficacy | • | FPCD: Q4 2016 | |
Syncytial Virus | (Gestational age) | • | Route of administration: intramuscular | • | Data readout: Q4 2018 | |||||
NCT02878330 | mAb-YTE | infants | ||||||||
nirsevimab | ||||||||||
(MEDI8897) | ||||||||||
Phase II | Anti-Pseudomonas | Intubated ICU | 195 | • | Placebo-controlled,single-dose,dose-ranging | • | Efficacy and safety | • | FPCD: Q2 2016 | |
NCT02696902 | A mAb (MEDI3902) | • | Route of administration: intravenous | • | Data anticipated: H2 2020 | |||||
Oncology
CVRM
Respiratory
Other
103
List of abbreviations
14C | Radioactive isotope of carbon, Carbon 14 | CHF | Chronic heart failure | FLAP | 5-lipoxygenase-activating protein |
1L, 2L, 3L | 1st, 2nd or 3rd line | CKD | Chronic kidney disease | FPDC | First patient commenced dosing |
5-FU | 5-fluorouracil | CLL | Chronic lymphocytic leukaemia | FPG | Fasting plasma glucose |
A2AR | Adenosine A2A receptor | CMAX | Maximum observed plasma concentration | GA | Gestational age |
ACQ | Asthma control questionnaire | C-MET | Tyrosine-protein kinase Met | GBM | Glioblastoma |
ACR | American college of rheumatology response scoring system | CNS | Central nervous system | gBRCAm or | |
ADA | Anti-drug antibodies | COPD | Chronic obstructive pulmonary disease | tBRCAm | Germline or tumour BRCA mutation somatic |
ADC | Antibody-drug conjugate | CR | Complete response | GEJ | Gastric/gastro-oesophageal junction |
ADP | Adenosine diphosphate | CRC | Colorectal cancer | GFF | Glycopyrronium and formoterol fumarate |
AE | Adverse Event | CrCl | Creatinine clearance | GLP-1 | Glucagon-likepeptide-1 |
AI | Auto-injector | CRR | Complete response rate | GMFRs | Geometric mean fold rises |
AKT | Protein kinase B | CTC | Circulating tumour cell | GMTs | Geometric mean titers |
ALK | Anaplastic large-cell lymphoma kinase | CTLA-4 | Cytotoxic T-lymphocyte-associated antigen 4 | HAI | Haemagglutination-inhibition |
APFS | Accessorised pre-filled syringe | CV | Cardiovascular | HbA1c | Hemoglobin A1c |
AQLQ | Asthma quality of life questionnaire | CVOT | Cardiovascular outcomes trial | HCC | Hepatocellular carcinoma |
AS | Albuterol sulphate | CVRM | Cardiovascular renal and metabolism | HD | High dose |
ATM | Ataxia-telangiectasia mutated kinase | CXCR2 | C-X-C Motif chemokine receptor 2 | HDL-C | High-density lipoprotein cholesterol |
ATR | Ataxia telangiectasia and rad3-related protein | DB | Double blind | HER2 | Human epidermal growth factor receptor 2 |
AUC | Area under curve | DC | Disease control | HF | Heart failure |
B7RP | B7-relatedprotein-1 | DCR | Disease control rate | HFpEF | Heart failure with preserved ejection fraction |
BA | Bioavailability | DDI | Drug-drug Interaction | HFrEF | Heart failure with reduced ejection fraction |
BAFF | B-cell activating factor | dECG | Differentiated electrocardiogram | HGFR | Met/hepatocyte growth factor receptor |
BCG | Bacillus Calmette-Guérin | DFS | Disease free survival | HGSC | High grade serous carcinoma |
BCMA | B-cell maturation antigen | DLBCL | Diffuse large B-cell lymphoma | hHF | Hospitalisation for heart failure |
BDA | Budesonide albuterol | DLT | Dose-limiting toxicity | HIF-PHI | Hypoxia inducible factor - prolyl hydroxylase inhibitor |
BFF | Budesonide and formoterol fumarate | DMARDs | Disease-modifying antirheumatic drugs | HNSCC | Head and neck squamous-cell carcinoma |
BGF | Budesonide, glycopyrronium and formoterol fumarate | DNA | Deoxyribonucleic acid | HPV | Human papillomavirus |
BICR | Blinded independent central review | DoCR | Durability of complete response | HRD | Homologous recombination deficiency |
BID | Bis in die (twice per day) | DoR | Duration of response | HRRm | Homologous recombination repair mutation |
BIG | Big ten cancer research consortium | DPI | Dry powder inhaler | i | inhibitor |
BMD | Bone mineral density | DXA | Dual energy X-ray absorptiometry | IA | Investigator-assessed |
BMI | Body mass index | EBRT | External beam radiation therapy | ICS | Inhaled corticosteroid |
BRCAwt | Breast cancer wild-type gene | ECG | Electrocardiogram | ICU | Intensive care unit |
BRD4 | Bromodomain-containing protein 4 | EFS | Event-free survival | IDFS | Invasive disease-free survival |
BTC | Biliary tract carcinoma | eGFR | Estimated glomerular filtration rate | IL | Interleukin |
BTK | Bruton's tyrosine kinase | EGFR | Epidermal growth factor receptor | i.m. | Intramuscular |
CA-125 | Cancer antigen 125 | ER | Oestrogen receptor | IRC | Independent review committee |
CAD | Coronary artery disease | ERK | Extracellular signal-regulated kinase | ISS | Investigator-sponsored studies |
CBR | Clinical benefit rate | ESR | Externally sponsored study | i.v. | Intraveneous |
CCL20 | Chemokine (C-C motif) ligand 20 | ESR1 | Oestrogen receptor 1 | J-SD | Japanese single dose |
CD | Cluster of differentiation | ESSC | Esophageal squamous cell carcinoma | Ki67 | Protein that is encoded by the MKI67 gene in human |
CDK | Cyclin-dependent kinase | FDC | Fixed-dose combination | ||
CE | Clinically evaluable | FeNO | Fractional nitric oxide concentration in exhaled breath | ||
CHD | Coronary heart disease | FEV | Forced-expiratory volume | ||
Chemo | Chemotherapy | FGFR | Fibroblast growth factor receptor |
104
List of abbreviations
LABA | Long acting beta agonist | PASI | Psoriasis area severity index | SAE | Serious adverse event |
LAMA | Long acting muscarinic agonist | PBD | Pyrrolobenzodiazepine | SBRT | Stereotactic body radiation therapy |
LCAT | Lecithin-cholesterol acyltransferase | pCR | Pathological complete response | s.c. | Subcutaneous |
LCM | Lifecycle management | PD | Pharmacodynamics | SCLC | Small cell lung cancer |
LN | Lupus nephritis | PD-1 | Programmed cell death protein 1 | SD | Stable disease |
LOCS III | Lens opacities classification system III | PDAC | Pancreatic ductal adenocarcinoma | SGLT2 | Sodium-glucose transport protein 2 |
LPCD | Last patient commenced dosing | PDE4 | Phosphodiesterase type 4 | SGRM | Selective glucocorticoid receptor modulator |
LV | Left ventricle | PD-L1 | Programmed death-ligand 1 | SGRQ | Saint George respiratory questionnaire |
m | Mutation | PET | Positron-emission tomography | SJC | Swollen joint count |
mAb | Monoclonal antibody | PFS | Progression free survival | SLE | Systemic lupus erythematosus |
MABA | Muscarinic antagonist-beta2 agonist | PgR | Progesterone receptor | SLL | Small lymphocytic lymphoma |
MACE | Major adverse cardiac events | PI3K | Phosphoinositide 3-kinase | SMAD | Single and multiple ascending dose trial |
MAD | Multiple ascending dose | PIK3CA | Phosphatidylinositol 3 kinase catalytic alpha gene | SoC | Standard of care |
MCC | Mucociliary clearance | PK | Pharmacokinetics | sPGA | Static physicians global assessment score |
MCL | Mantle cell lymphoma | PLL | Prolymphocytic leukaemia | STAT3 | Signal transducer and activator of transcription 3 |
MCL1 | Myeloid leukemia cell differentiation protein 1 | pMDI | Pressurised metered dose inhaler | sUA | Serum uric acid |
mCRPC | Metastatic castrate-resistant prostate carcinoma | PN | Plexiform neurofibromas | T2DM | Type 2 Diabetes Mellitus |
MD | Medium dose | POC | Proof of concept | T790M | Threonine 790 substitution with methionine |
MDI | Metered-dose inhaler | POM | Proof of mechanism | TACE | Transarterial Chemoembolization |
MDS | Myelodysplastic syndrome | pPCI | Primary percutaneous coronary intervention | TEAEs | Treatment-emergent adverse events |
MEK | Mitogen-activated protein kinase | PR | Partial response | TID | Ter in die (three times a day) |
MET | Tyrosine-protein kinase Met | pre-BD | Pre-bronchodilator | TJC | Tender joint count |
MI | Myocardial infarction | PRO | Patient reported outcome | TKI | Tyrosine kinase Inhibitor |
MMT | Mixed meal test | PRR | Recurrent platinum resistant | TLR | Toll-like receptor 9 |
MPO | Myeloperoxidase | PS | Propensity score | TNBC | Triple negative breast cancer |
mPR | Major pathological response | PSA | Prostate-specific antigen | TNF | Tumour necrosis factor |
MRI | Magnetic resonance imaging | PSC | Pulmonary sarcomatoid carcinoma | TSLP | Thymic stromal lymphopoietin |
MTD | Maximum tolerated dose | PSMA | Prostate-specific membrane antigen | TTF | Time to treatment failure |
NaC | Sodium channel | PTEN | Phosphatase and tensin homolog gene | TTNT | Time to next therapy |
NCI | National cancer institute (US) | Q2,3,4,8W | Quaque (every) two, three... weeks | TTP | Time to tumour progression |
NCPV | Noncalcified plaque volume | QD | Quaque in die (once a day) | UACR | Urine albumin creatinine ratio |
NF1 | Neurofibromatosis type 1 | QID | Quarter in die (four times a day) | UMEC | Umeclidinium |
NGF | Nerve growth factor | QOD | Quaque altera die (every other day) | URAT1 | Uric Acid Transporter 1 |
NHL | Non-Hodgkin's lymphoma | QoL | Quality of Life | VEGF | Vascular endothelial growth factor |
NIH | National Institute of Health (US) | QTcF | Corrected QT interval by Fredericia | YTE | Triple-amino-acid (M252Y/S254T/T256E [YTE]) substitution |
NKG2a | Natural killer cell C-type lectin receptor G2A | RA | Rheumatoid Arthritis | ||
NME | New molecular entity | RAAS | Renin-angiotensin-aldosterone system | ||
NRG | National clinical trials network in oncology (US) | RECIST | Response evaluation criteria in solid tumours | ||
NSCLC | Non-small cell lung cancer | RFS | Relapse-free survival | ||
OCS | Oral corticosteroid | rhLCAT | Recombinant human Lecithin-cholesterol acyltransferase | ||
OD | Once daily | RORγ | Related orphan receptor gamma | ||
OGTT | Oral glucose tolerance test | r/r | Relapsed/refractory | ||
ORR | Objective response rate | RT | Radiation therapy | ||
OS | Overall survival | SABA | Short-actingbeta2-agonist | ||
PARP | Poly ADP ribose polymerase | SAD | Single ascending dose |
105
Clinical trials appendix FY 2019 results update
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AstraZeneca plc published this content on 14 February 2020 and is solely responsible for the information contained therein. Distributed by Public, unedited and unaltered, on 14 February 2020 08:38:08 UTC