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Captivate Bio's MCDB 131 medium is commonly used in definitive endoderm differentiation of human pluripotent stem cells (hPSCs) as well as a basal medium for MSC differentiation.
Captivate Bio’s RESiVATE™ MSC Expansion Medium is a growth factor rich, xeno-free culture system that enables scientists the ability to customize culture conditions on the fly. Complete media with supplement contains growth factors to support rapid hMSC growth.
Medium 199 is widely used in virology and vaccine production. This formulation is modified with Earle's salts and without L-glutamine or HEPES.
Captivate Bio's Normal Saline Solution is commonly used in a wide variety of molecular and cellular biology applications. This formulation is with 9 g/L sodium chloride and is for non clinical use.
Captivate Bio's RPMI 1640 Medium is suitable for a variety of cells. This formulation is modified without L-glutamine and Phenol Red. Custom volumes, pack sizes, and bulk discounts available.
Captivate Bio's RESiVATE™ MSC Basal Medium is an optimized, baseline formulation that does not contain growth factors, cytokines, or unknown supplements, leaving you in full control of your experimental conditions.
RESiVATE™ HEP Medium from Captivate Bio is a basal hepatocyte culture medium designed to support the growth, maintenance, and metabolic activity of primary hepatocytes and hepatic cell models. Super flexible, customization available. Does not contain animal or human components.
Captivate Bio's DMEM, High Glucose is a widely used basal medium for supporting the growth of many different mammalian cells. This formulation contains 4 mM L-glutamine and 4500 mg/L glucose.
Captivate Bio's Leibovitz's L-15 Medium supports the growth of HEp-2 monkey kidney and primary explants of embryonic and adult human tissue, and a variety of other cells. This formulation is without L-glutamine.
RepSox is a potent and selective transforming growth factor-beta receptor I/activin like kinase 5 (TGF-β-RI/ALK5) inhibitor. RepSox was found to replace the function of Sox2 to induce reprogramming of iPS cells.