EDITORIAL SECTIONS

Sam is an Associate Director in Patient-Centered Research at Vitaccess, providing direction and oversight across their health economics and outcomes research, patient-centered outcomes, and real-world evidence portfolio. Sam joined Vitaccess in 2018, after spending three years as a project manager within the PCO group at a leading contract research organisation.

Fatemeh is a Medical Writer at Vitaccess. She plays a key role in their digital real-world evidence studies, developing materials that range from client-facing deliverables through to content communicating the value and progress of studies to clinical experts, patient representatives, and participants.

Oktawia is a Research Associate at Vitaccess, contributing to their patient-reported outcomes and clinical outcome assessment projects and supporting the development, effective delivery, and quality of their real-world studies. Oktawia has experience in health research from previous roles involving healthcare technologies, a medical ventures accelerator, and her doctoral research studies.

Akosua is an Associate Consultant at Vitaccess, currently project managing a range of their longitudinal and cross-sectional real-world evidence studies. She has experience in developing evidence-generation strategies for clients, including gap analyses for health technology assessment submissions and the reimbursement of digital health technologies.

Shaikh Habeeba working as an assistant professor at matoshri institute of pharmacy dhanore yeola nashik Maharashtra India. She has completed post-graduation in pharmacognosy. Her area of research interest in herbal formulation development. She has published more than 20 research& review paper in various national international journal. One case study accepted as book chapter in international publication & attended 17 conference &  presented 5 paper in international national  conference also guided  more than 5 students for the research project.

Victor H. Bustos, Ph.D., is the Vice President of Preclinical R&D at Ordaos Bio. A specialist in protein engineering with a doctorate in Biomedicine, he leads the design of AI-generated mini-proteins. Previously, he spent 17 years at Rockefeller University focusing on complex cellular mechanisms and therapeutic target validation.

Alena Romanova is a Scientist I at Ordaos Bio, where she develops experimental workflows for protein characterisation and biologics discovery, including the application of cell-free protein expression and biochemical assays.

Entrusted with the mandate of augmenting and monetising the company’s intellectual property wealth and driving key tactical initiatives, Saransh Chaudhary joined Venus Remedies in 2016 as Strategic Board Advisor after completing his undergraduate degree in Accounting & Finance from Cass Business School, London. Two years later, he assumed charge as President of the company’s Global Critical Care division and CEO of Venus Medicine Research Centre (VMRC), its R&D wing. In these roles, he translates priorities into actionable strategies.

Sneha Rai completed her Ph.D. from Computational and Structural Biology Lab., Department of Biological Sciences and Engineering at Netaji Subhas Institute of Technology (DU). She did masters in Bioinformatics from Banaras Hindu University and holds six years of bioinformatics research experience. Her area of interest includes structural bioinformatics, systems biology, protein/gene network analysis, data mining, computer aided drug designing, computational genomics, NGS data analysis, variant analysis and their clinical interpretation.

Venugopal Bhatia graduated from NSIT in 2019 with a B.E. in Biotechnology. During his undergraduate studies he was involved as an undergraduate researcher at the Computational and Structural Biology Laboratory and worked on two projects which were later published in Nature Scientific Reports and Elsevier Computational Biology and Chemistry. After a brief stint in industry, he's now pursuing his Master's at Yale.

Sonika Bhatnagar, Ph.D. (Biophysics), AIIMS works in the broad area of computational molecular biology. Her laboratory uses techniques of drug target selection, drug design & discovery, machine learning, and integrative genomics & proteomics towards Cardiovascular disease drug design and infectious disease therapeutics.