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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.
Dexamethasone is commonly used to stimulate osteogenic differentiation of mesenchymal stem/stromal cells (MSCs) in vitro.
Captivate Bio's offers a wide variety of NEST® cell culture dishes. This product is configured as follows: 35mm culture dish, TC-treated and packaged 20 per pack in a case of 500.
Captivate Bio's offers a wide variety of NEST® cell culture dishes. This product is configured as follows: 60mm culture dish, TC-treated and packaged 20 per pack in a case of 500.
Captivate Bio's offers a wide variety of NEST® cell culture dishes. This product is configured as follows: 35mm culture dish, TC-treated, with Gripping Ring, and packaged 20 per pack in a case of 500.
Captivate Bio's offers a wide variety of NEST® cell culture dishes. This product is configured as follows: 60mm culture dish, TC-treated, with Gripping Ring, and packaged 20 per pack in a case of 500.
Captivate Bio's offers a wide variety of NEST® cell culture dishes. This product is configured as follows: 100mm culture dish, TC-treated, with Gripping Ring, and packaged 20 per pack in a case of 300.
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.
Captivate Bio Rabbit Serum is derived from clotted whole blood collected from adult rabbits. Sterile filtered at 0.2µm. For cell culture, IHC, and serology assay applications.
Kartogenin potently induces differentiation of human mesenchymal stem cells into chondrocytes (EC50 = 100 nM). Reduces disease severity in a mouse model of osteoarthritis; displays protective effects against osteoarthritic stimuli in mature chondrocytes in vitro.
