Download the Optiferrin® Guidelines for Use to learn how to prepare and apply InVitria’s recombinant human transferrin (rHTF) in serum-free and chemically defined media. This document includes detailed instructions for reconstitution, recommended concentrations for cell culture applications, storage and stability guidance, and regulatory notes. Optiferrin is a high-purity, animal-origin-free alternative to plasma-derived transferrin, supporting CHO, …
Download the Lysobac® Guidelines for Use to learn preparation, concentrations, storage, and applications of recombinant lysozyme. This animal-origin-free alternative to egg white lysozyme supports microbial control and reproducibility in chemically defined workflows.
Download the ITSE+A Guidelines for Use to learn preparation, concentrations, storage, and applications of recombinant insulin, transferrin, selenium, and ethanolamine. Designed for xeno-free, defined workflows, it supports high-density culture in CHO, HEK, and stem cells.
Download the ITSE Animal‑Free Guidelines for Use to learn preparation, recommended concentrations, storage, and applications. This recombinant supplement supports consistent growth and viability in serum‑free and chemically defined media for CHO, HEK293, and stem cell cultures.
Download the ITS Animal-Free Guidelines for Use to learn preparation, concentrations, storage, and applications of recombinant insulin, transferrin, and selenium. An animal-origin-free alternative to serum-derived supplements, it supports consistent growth across multiple cell types.
Download the Exbumin® Guidelines for Use to learn preparation, concentrations, storage, and applications of recombinant human albumin. As the first and only recombinant albumin approved as an excipient, Exbumin supports stability in vaccines, viral vectors, and cell therapies.
Download the OptiVERO® Guidelines for Use to learn preparation, concentrations, storage, and applications of the OptiVERO complete media kit. This animal-origin-free, chemically defined system enables higher cell densities, increased virus yields, and improved consistency in vaccine manufacturing.
Download the Cellastim S Guidelines for Use to learn preparation, concentrations, storage, and applications of rHSA. Animal‑origin‑free and chemically defined, it improves cell growth, viability, and reproducibility in research and manufacturing.
Introduction Manufacturing vaccines for both preventative and therapeutic applications requires the production of large amounts of virus from host cell substrates. Increased demand for these viral products has induced a major shift in the model of viral vaccine manufacturing from more primitive platforms, such as embryonated chicken eggs (ECE), to more robust large-scale methods that …
