PURPOSE OF REVIEW: The purpose of review is to provide an overview of the Pox-Protein Public Private Partnership (P5) and highlight the progress of the P5 program, including an upcoming HIV vaccine efficacy trial in South Africa. RECENT FINDINGS: The RV144 Thai vaccine efficacy trial was the first to demonstrate that an HIV-1 vaccine can prevent HIV acquisition. The P5 vaccine regimen uses an ALVAC prime and protein boost modeled after the RV144 vaccine and adapted for the subtype C virus predominant in the southern African region. This regimen was recently tested in the HIV Vaccine Trials Network 100 phase 1/2a study in South Africa. Based on prospectively defined immunogenicity thresholds, criteria were met to support the launch of an efficacy study in late 2016. The aim of this phase 2b/3 trial will be to improve upon the results of RV144, with increased and more durable vaccine efficacy, to accelerate the potential licensure of a preventive vaccine in southern Africa. SUMMARY: The planned P5 efficacy trial, HIV Vaccine Trials Network 702, is designed to test and prospectively define correlates of protection, if efficacious. A vaccine with modest efficacy, vaccine efficacy at least 50%, could have substantial public health impact and significantly decrease the incidence of new infections in heavily burdened areas of the world.
PURPOSE OF REVIEW: The purpose of review is to provide an overview of the Pox-Protein Public Private Partnership (P5) and highlight the progress of the P5 program, including an upcoming HIV vaccine efficacy trial in South Africa. RECENT FINDINGS: The RV144 Thai vaccine efficacy trial was the first to demonstrate that an HIV-1 vaccine can prevent HIV acquisition. The P5 vaccine regimen uses an ALVAC prime and protein boost modeled after the RV144 vaccine and adapted for the subtype C virus predominant in the southern African region. This regimen was recently tested in the HIV Vaccine Trials Network 100 phase 1/2a study in South Africa. Based on prospectively defined immunogenicity thresholds, criteria were met to support the launch of an efficacy study in late 2016. The aim of this phase 2b/3 trial will be to improve upon the results of RV144, with increased and more durable vaccine efficacy, to accelerate the potential licensure of a preventive vaccine in southern Africa. SUMMARY: The planned P5 efficacy trial, HIV Vaccine Trials Network 702, is designed to test and prospectively define correlates of protection, if efficacious. A vaccine with modest efficacy, vaccine efficacy at least 50%, could have substantial public health impact and significantly decrease the incidence of new infections in heavily burdened areas of the world.
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Authors: Christian Selinger; Anna Bershteyn; Dobromir T Dimitrov; Blythe J S Adamson; Paul Revill; Timothy B Hallett; Andrew N Phillips; Linda-Gail Bekker; Helen Rees; Glenda Gray Journal: Vaccine Date: 2019-03-16 Impact factor: 3.641
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Authors: Karina Oganezova; Elvin J Fontana-Martinez; Jon A Gothing; Alisha Pandit; Esther Kwara; Katherine Yanosick; Joan Dragavon; Erin A Goecker; Janine Maenza; Nicole Espy; Frank Tomaka; Ludo Lavreys; Mary Allen; Patricia D'Souza; John Hural; Robert W Coombs; Raphael Dolin; Michael S Seaman; Stephen R Walsh; Lindsey R Baden Journal: Open Forum Infect Dis Date: 2020-12-15 Impact factor: 3.835
Authors: Mina C Hosseinipour; Craig Innes; Sarita Naidoo; Philipp Mann; Julia Hutter; Gita Ramjee; Modulakgotla Sebe; Lucas Maganga; Michael E Herce; Allan C deCamp; Kyle Marshall; One Dintwe; Erica Andersen-Nissen; Georgia D Tomaras; Nonhlanhla Mkhize; Lynn Morris; Ryan Jensen; Maurine D Miner; Giuseppe Pantaleo; Song Ding; Olivier Van Der Meeren; Susan W Barnett; M Juliana McElrath; Lawrence Corey; James G Kublin Journal: Clin Infect Dis Date: 2021-01-23 Impact factor: 20.999