Products & Reviews

BioIVT provides isolated exosomes from a variety of human, animal, and plant sources, as well as custom characterization and in vitro assays investigating function and potential therapeutic benefit.

BioIVT offers high quality, normal and disease state, fresh mobilized and cryopreserved leukopaks, custom collected or sourced from extensive inventory, featuring a diverse donor pool including over 600 HLA-typed recallable, consented donors near biotech hubs in the US and UK.

BioIVT’s extensive, highly characterized, normal and disease-state tissue samples are collected and prepared under strict ethical and QC policies and feature detailed clinical data as well as pathologist verification of disease tissue blocks to help ensure the accuracy of your research. Custom collections or extensive inventory are available from a diverse donor pool or any commercially available species.

Isolated immune cells play a crucial role across the stages of drug discovery and development from biomarker and target identification through screening and safety assessment to manufacturing. They can be used to create disease models, cell lines, gene editing techniques and more.

BioIVT has the expertise in the processes required for ethical acquisition of biospecimens that cover a wide range of disease states and the protocols needed to produce reliable data. With over 425 IRB-approved clinical sites, BioIVT provides clinical specimens for nearly all disease states.

BioIVT supplies high quality, ready to ship or custom plasma, serum, and whole blood—both normal and disease-state—collected from a diverse pool of consented donors under IRB-approved protocols or a wide variety of species.

As the world's largest private repository of human cerebrospinal fluid, BioIVT’s Center for NeuroExcellence offers 35,000+ healthy and 113,000+ diseased donor samples allowing for comparative studies and precise control matching. The samples are ethically collected following strict quality standards and feature detailed clinical data and matching blood, plasma, or sera.