IAVI, a non-profit scientific research organisation and Serum Institute of India announced an agreement with Merck to develop SARS-CoV-2 neutralising monoclonal antibodies (mAbs) co-invented by IAVI and Scripps Research as innovative interventions to address the Covid-19 pandemic.
The agreement builds on the advanced antibody discovery and optimization expertise of IAVI and Scripps Research, gained from years of experience in HIV broadly neutralising antibody research and development, and on Merck's and Serum Institute's significant capabilities in design and scale up of accelerated manufacturing processes for mAb production. The global development plan is being led by the three organisations in partnership.
If the highly potent and broadly cross-reactive SARS-CoV-2 neutralising antibody candidates being advanced through this partnership are shown to be efficacious in clinical trials, either as a single antibody or a potential combination of both candidates, Merck will lead commercialisation in developed countries
Serum Institute has a proven track record of more than 50 years in developing affordable medicines and is the world's largest producer of vaccines. Serum Institute will lead global manufacturing as well as commercialisation in low- and middle-low-income countries, including India.
Neutralising mAbs against SARS-CoV-2 are widely considered to be promising candidates for Covid-19 treatment and prevention.
Encouraging results for Covid-19 antibody treatment have emerged from preclinical research and from initial clinical trials.
Not only are innovative therapies such as SARS-CoV-2 neutralising antibodies urgently needed for immediate pandemic response, they will likely also continue to be needed even after an effective vaccine is available.
Given that many experts speculate that Covid-19 will become an endemic, or permanently circulating, disease, and given the severity of symptoms in a significant proportion of people affected, effective therapies will be necessary to treat those who remain unvaccinated or whom vaccination does not protect.
Scientists at IAVI's (NAC) centre based at Scripps Research, along with fellow immunologists at Scripps Research, were part of a team that identified antibodies from the blood of recovered Covid-19 patients that are capable of potently neutralising SARS-CoV-2, the virus that causes Covid-19.
Animals that received these neutralizing antibodies were protected against disease after challenge with SARS-CoV-2. The results were published in Science in June 2020.
The portfolio of mAbs identified by IAVI and Scripps Research scientists and their partners provides the foundation for a comprehensive program with potential application to COVID-19 treatment and prevention as well as to other coronaviruses that may arise or re-emerge in the future.
Under IAVI's agreement with Merck and Serum Institute, the partners will conduct an accelerated, integrated programme of preclinical and clinical research to evaluate the antibodies for treatment of Covid-19. A Phase I clinical trial is expected to start early in 2021. Should the mAb candidates being developed be shown to be safe and efficacious, Merck and Serum Institute will help ensure that the therapy is rapidly and widely available and accessible.
Joining the partners in this development effort are two highly regarded companies with unique capabilities. Syngene International Ltd., based in Bengaluru, India, is Asia's largest contract research and manufacturing organisation. Through their innovation-focused research and development capabilities they are a collaborating to support clinical development of the SARS-CoV-2 mAb candidates.
This effort is enabling the rapid and robust transition from research to clinical development.
The collaboration among IAVI, Serum Institute of India, and Merck is the kind of innovative partnership identified in the call to action that could set an important precedent for enabling affordable access to SARS-CoV-2 mAbs in LMICs and potentially be applied more widely to mAbs for a range of infectious and non-communicable diseases.
(This story was published from a syndicated feed. Only the headline and picture has been edited by FIT)
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