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HIV Pipeline2020 New Drugs in Development Htb Supplement: 2020 Vol 21:(1)

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ISSN 1472-4863 HIV pipeline2020 New drugs in development htb supplement: 2020 Vol 21:(1) C O N T E N T S Targets in the HIV lifecycle HIV pipeline 2020: targets in the HIV lifecycle 1 HIV attaches to a CD4 cell. 2 HIV enters a CD4 cell and HIV proteins and enzymes Entry inhibitors 1 HIV Monoclonal antibodies (mAb) are released into the cell. gp120 3 combinectin capsid Reverse transcriptase (RT) (GSK3732394) gp41 UB-421 (CD4 receptor) makes double strand HIV. 4 VRC01/LS and VRC07/LS Integrase enables HIV to CD4 receptor 3BNC117/LS and10-1074/LS join the cell DNA. CCR5 coreceptor 5 PGDM1400, 10E8.4/iMab Protease cuts and 6 reassembles new HIV. NRTIs/NRTTIs 2 PGT121 and elipovimab (GS-9722) (nukes) Final stages include N6LS (gp120) maturation and budding islatravir (EFdA) leronlimab PRO-140 (CCR5) as each cell produces MK-8504, MK-8583 hundreds of new virions. HIV RNA CD4 cell NNRTIs Rev inhibitor (non-nukes) 3 Cell nucleus elsulfavirine ABX-464 HIV DNA Protease cuts new viral material Capsid inhibitors 4 5 GS-6207 Integration GSK (pre-clinical) INIs (INSTIs) Maturation cabotegravir LA inhibitors 6 Maturation GSK’254 (oral) and budding GSK ’937 (LA) i-base.info (2020) HIV i-Base. March 2020 (www.i-Base.info) New HIV HIV pipeline 2020 update: new drugs in development 2 Maturation inhibitors 9 Introduction: eight months since IAS 2019 2 • GSK3640254 Regulatory approvals and submissions 2 Other compounds 9 Compounds in development by class 3 • elsulfavirine/VM-1500A Integrase inhibitors 3 • combinectin (GSK3732394) - adnectin/fusion inhibitor • cabotegravir LA • ABX464 NRTIs 3 • BIT225 • islatravir (EFdA) Development stopped or on hold 10 • MK-8504 and MK-8583 • GS-9131 - NRTI • GSK NRTTI • GS-PI1 - protease inhibitor bNAbs 5 Conclusion 10 • leronlimab (PRO140) References 11 • UB-421 i-Base publications 1 2 • VRC01 and VRC01LS ................................................................... • VRC07 and VR07-523LS • PGT-121 and GS-9722 (elipovimab) Figures and tables • 3BNC117, 10-1074 and LS formulations Figure 1: HIV pipeline 2020: targets in the HIV lifecycle 3 • N6 and N6-LS Table 1: Recent regulatory approvals and submissions 4 • Other mAbs: 10E8, trispecific bNAbs, PGDM1400 Table 2: HIV pipeline compounds by development phase 4 Capsid inhibitors 8 Table 3: bNAbs for HIV prevention, treatment or cure research 6 • GS-6207 Table 4: Compounds with long-acting formulations 10 Table 5: Likely positioning for new drugs 10 Published by HIV i-Base HIV PIPELINE HIV pipeline 2020 update: new drugs Introduction: eight months since IAS in development 2019 Simon Collins, HIV i-Base This report is based on new developments over the last eight months since the pipeline report This is the fourth year that i-Base has produced the HIV pipeline review as part of our Fit for Purpose report on produced for the IAS conference in July 2019. [1] antiretroviral treatment optimisation. This includes the move towards simplified ART and Two versions are available: long-acting compounds in several drug classes that allows less frequent dosing than daily oral ARVs. 1. This version includes more information for each drug, with full references. It also includes using bNAbs as a rescue treatment 2. The “Pipeline-lite” version has a summary for each drug and is for people with multiclass HIV resistance. So while included in the i-Base Fit For Purpose report. ibalizumab has already been approved with an orphan- Both electronic versions (web and PDF) include hyperlinks to all drug designation for multidrug resistance, this potential research sources and references. is shared with dozens of other bNAbs and other new classes including long-acting capsid inhibitors. This review is based on HTB reports over the last eight months and coverage from CROI, IAS, EACS and other conferences. It is notable that the companies developing new drugs http://www.i-Base.info/hiv-pipeline-report-2020 for treatment and prevention are also investing in HIV cure. The report also includes references to 30 studies at CROI 2020 that cover a wide range of pipeline compounds. They include islatravir, MK-8504 and 8583, bNAbs (including VRC01, PGT-121, GS- h-tb 9722, 3BNC117, 10-1074, N6-LS), GS-6207 (capsid inhibitor), GSK3640254 (maturation inhibitor), HIV TREATMENT BULLETIN elsulfavirine, combinectin, ABX464, BIT255 and GS- Editor: Simon Collins 9131. Contributing Editor: Polly Clayden Regulatory approvals and Medical consultants: Dr Tristan Barber, Royal Free Hospital, London. submissions (Table 1) Dr Karen Beckerman, Albert Einstein College of Medicine, NYC. Dr Sanjay Bhagani, Royal Free Hospital, London. Prof. Diana Gibb, Medical Research Council, London. In September 2019, the HIV monoclonal antibody ibalizumab (Trogarzo) received approval in the EU as a Dr Gareth Hardy, PhD. treatment for multidrug HIV resistance (18 months after Prof. Saye Khoo, University of Liverpool Hospital. approval in the US). [2, 3] See Table 1. Prof. Clive Loveday, International Laboratory Virology Centre. And the gp-120 attachment inhibitor fostemsavir was also Prof. James McIntyre, Chris Hani Baragwanath Hosp. South Africa submitted to the FDA in December 2019 and to the EMA in Dr Graeme Moyle, Chelsea & Westminster Hosp, London. January 2020 based on 96-week results from the BRIGHTE Dr Stefan Mauss, Düsseldorf. study in people with multidrug resistance. [4, 5, 6] Prof. Caroline Sabin, UCL Medical School, London. However, also in December, the regulatory application for the Dr Graham P Taylor, Imperial College, London. long-acting injections of cabotegravir and rilpivirine (Cabenuva) Dr Stephen Taylor, Birmingham Heartlands Hospital. was not approved by the FDA within the fast-track timeline. [7] Dr Gareth Tudor-Williams, Imperial College, London. This was unexpected given good results from the phase 3 FLAIR Dr Edmund Wilkins, Manchester General Hospital, Manchester. and ATLAS studies. [8] The explanation concerned manufacturing problems from scaling HTB is a not-for-profit community publication that aims to provide a review of the most important medical advances related to clinical management of up to industrial production. Although the FDA complete response HIV and its related conditions as well as access to treatments. Comments to letter was not made publicly available, ViiV Healthcare say there articles are compiled from consultant, author and editorial responses. were no safety and efficacy concerns and that all ongoing studies and expanded access programmes are continuing. The company HIV i-Base is a registered charity no 1081905 and company is focused on resolving the manufacturing problems as soon as reg no 3962064. HTB was formerly known as DrFax. possible. 2 March 2020 www.i-Base.info HIV PIPELINE Figure 1: HIV pipeline 2020: targets in the HIV lifecycle Targets in the HIV lifecycle HIV pipeline 2020: targets in the HIV lifecycle 1 HIV attaches to a CD4 cell. 2 HIV enters a CD4 cell and HIV proteins and enzymes Entry inhibitors 1 HIV Monoclonal antibodies (mAb) are released into the cell. gp120 3 combinectin capsid Reverse transcriptase (RT) (GSK3732394) gp41 UB-421 (CD4 receptor) makes double strand HIV. 4 VRC01/LS and VRC07/LS Integrase enables HIV to CD4 receptor 3BNC117/LS and10-1074/LS join the cell DNA. CCR5 coreceptor 5 PGDM1400, 10E8.4/iMab Protease cuts and 6 reassembles new HIV. NRTIs/NRTTIs 2 PGT121 and elipovimab (GS-9722) (nukes) Final stages include N6LS (gp120) maturation and budding islatravir (EFdA) leronlimab PRO-140 (CCR5) as each cell produces MK-8504, MK-8583 hundreds of new virions. HIV RNA CD4 cell NNRTIs Rev inhibitor (non-nukes) 3 Cell nucleus elsulfavirine ABX-464 HIV DNA Protease cuts new viral material Capsid inhibitors 4 5 GS-6207 Integration GSK (pre-clinical) INIs (INSTIs) Maturation cabotegravir LA inhibitors 6 Maturation GSK’254 (oral) and budding GSK ’937 (LA) i-base.info (2020) HIV i-Base. March 2020 (www.i-Base.info) New HIV Key: INSTI: integrase strand transfer inhibitor; LA: long-acting; mAb: monoclonal antibody; NRTI: nucleoside/tide reverse transcriptase inhibitor; NNRTI: non-nucleoside reverse transcriptase inhibitor. When cabotegravir/rilpivirine LA injections are approved, most About a dozen posters will look at dual ART, largely dolutegravir/ health care settings will be looking at practical considerations lamivudine, including updates from the phase 3 GEMINI and that are needed before broad access. These include defining TANGO studies. [84, 85, 86] best population, how, where and who will be responsible for administering injections, complications from cold chain requirement for rilpivirine LA, whether alternative injection sites are possible (for example with sarcopenia), whether the oral lead-in Compounds in development by class period can be dropped for people who have difficulty swallowing pills and how to handle people who don’t return for repeat dosing. Some of these questions are already being addressed in ongoing studies. [9, 10, 11] Integrase inhibitors In October 2019, ViiV also submitted a new application to the FDA for a new indication for the dual combination of dolutegravir/ cabotegravir LA lamivudine (Dovato). This will be as a switch option for people who are stable on a current combination using at least three The 2019 pipeline report summarised the clinical efficacy drugs, based on 48-week results from the phase 3 TANGO study, and safety of long-acting cabotegravir and rilpivirine presented at IAS 2019. [12, 13] injections and the regulatory complications are discussed above. [1] Dolutegravir/lamivudine was approved in the EU as first-line ART in July 2019 [14] and, also at IAS, extended follow-up to However, the US National Institute for Allergy and Infectious 96-weeks for the GEMINI 1 and 2 studies provided additional Diseases (NIAID) recently announced a new study using data supporting durability of this dual therapy in treatment naive cabotegravir LA (without rilpivirine) in a dual combination with participants. [15] VRC07-523LS - a long-acting bNAb. [16] Updates from CROI 2020 include looking at the importance of This is an open label single arm phase 2 study in 74 participants other background drugs with ibalizubmab.
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    Roy M. Gulick, MD, MPH View from the Pipeline: Director, Cornell HIV Clinical Trials Unit Associate Professor of Medicine The 2005 Review of Experimental Weill Cornell Medical College Antiretrovirals New York, New York Summary by Tim Horn Reprinted from The prn Notebook® | june 2005 | Dr. James F. Braun, Editor-in-Chief | Tim Horn, Executive Editor. Published in New York City by the Physicians’ Research Network, Inc.® | John Graham Brown, Executive Director Edited by Sheldon T. Brown, md, For further information and other articles available online, visit http://www.prn.org | All rights reserved. ©june 2005 and Martin Markowitz, md there are 20 unique medications approved for the treatment of maintaining undetectable hiv-rna levels while taking standard regi- hiv infection. Despite this impressive number, there is an indisputable mens, added 200 mg d-d4fc to their therapies for ten days (and two oth- need for new anti-hiv compounds that have potent and durable effica- er others added d-d4fc placebos). cy profiles, unique resistance patterns, patient-friendly dosing schedules, The mean reduction in viral load among the treatment-naive pa- and minimal toxicities. What follows is an overview of some the newest tients in the three treatment groups ranged from 1.67 log10 copies/mL to antiretroviral contenders, discussed by Dr. Roy M. Gulick during a re- 1.77 log10 copies/mL (see Figure 1). Among the treatment-experienced pa- cent meeting of the Physicians’ Research Network. tients, the mean reduction in viral load was 0.8 log10 copies/mL. Seven of eight treatment-naive patients (in the 200 mg d-d4fc group) and four of eight treatment-experienced patients achieved undetectable viral loads (<400 copies/mL) after ten days of therapy.