JoVE Biopharma

JoVE helps biopharma R&D teams accelerate the transfer of scientific methods across teams, standardize lab training, and improve reproducibility through peer-reviewed video protocols. Scientists use JoVE to learn and implement experimental methods faster while reducing trial-and-error, saving time and resources.

JoVE shows experimental methods step by step through visual demonstrations, helping scientists execute methods more accurately and efficiently. This reduces troubleshooting time, minimizes experimental variability, and accelerates R&D processes across teams.

JoVE enables faster onboarding by providing on-demand video training for laboratory methods. Scientists can quickly learn protocols, instrument operation, and best practices before entering the lab, helping them become productive sooner.

Yes. JoVE provides biopharma companies with a platform of peer-reviewed video protocols accessible across sites and teams worldwide. This helps biopharma organizations standardize training, improve method transfer, and maintain consistency across global R&D operations.

JoVE supports key biopharma research areas, including drug discovery, cell and molecular biology, immunology, assay development, CRISPR and gene editing, translational research, and in vivo/preclinical methods. New content is continuously added to support evolving research needs.

JoVE video protocols complement traditional written methods by visually demonstrating critical experimental steps that are often difficult to describe in text alone. This helps reduce variability between researchers and improves reproducibility across labs and research sites.

JoVE is used by bench scientists, R&D teams, lab managers, training leaders, and scientific operations teams in pharmaceutical and biotechnology organizations. Companies use JoVE to support technical training, method adoption, onboarding, and research standardization.

Yes. JoVE includes extensive content supporting preclinical and in vivo research, helping scientists apply best practices, improve consistency, and strengthen training in regulated research environments.