Organoaluminum
Apexbio Technology LLC IDE 1 1160927-48-9 50mg
IDE 1 (CAS 1160927-48-9) is a small-molecule compound designed to promote differentiation of stem cells toward the definitive endoderm lineage by activating receptors involved in the TGF- signaling pathway IDE 1 exerts its biological activity primarily through activation of the TGF- signaling pathway In in vitro studies IDE 1 induces definitive endoderm specification from pluripotent stem cells Based on these pharmacological properties IDE 1 holds research potential in in vitro differentiation protocols to generate endoderm-derived cells such as hepatocytes and pancreatic cells and in studies investigating early embryonic lineage commitment and regenerative medicine
Apexbio Technology LLC IDE 1 1160927-48-9 25mg
IDE 1 (CAS 1160927-48-9) is a small-molecule compound designed to promote differentiation of stem cells toward the definitive endoderm lineage by activating receptors involved in the TGF- signaling pathway IDE 1 exerts its biological activity primarily through activation of the TGF- signaling pathway In in vitro studies IDE 1 induces definitive endoderm specification from pluripotent stem cells Based on these pharmacological properties IDE 1 holds research potential in in vitro differentiation protocols to generate endoderm-derived cells such as hepatocytes and pancreatic cells and in studies investigating early embryonic lineage commitment and regenerative medicine
Apexbio Technology LLC IDE 1 1160927-48-9 5mg
IDE 1 (CAS 1160927-48-9) is a small-molecule compound designed to promote differentiation of stem cells toward the definitive endoderm lineage by activating receptors involved in the TGF- signaling pathway IDE 1 exerts its biological activity primarily through activation of the TGF- signaling pathway In in vitro studies IDE 1 induces definitive endoderm specification from pluripotent stem cells Based on these pharmacological properties IDE 1 holds research potential in in vitro differentiation protocols to generate endoderm-derived cells such as hepatocytes and pancreatic cells and in studies investigating early embryonic lineage commitment and regenerative medicine
Apexbio Technology LLC IDE 1 1160927-48-9 1mg
IDE 1 (CAS 1160927-48-9) is a small-molecule compound designed to promote differentiation of stem cells toward the definitive endoderm lineage by activating receptors involved in the TGF- signaling pathway IDE 1 exerts its biological activity primarily through activation of the TGF- signaling pathway In in vitro studies IDE 1 induces definitive endoderm specification from pluripotent stem cells Based on these pharmacological properties IDE 1 holds research potential in in vitro differentiation protocols to generate endoderm-derived cells such as hepatocytes and pancreatic cells and in studies investigating early embryonic lineage commitment and regenerative medicine
Apexbio Technology LLC IDE 1 1160927-48-9 10mg
IDE 1 (CAS 1160927-48-9) is a small-molecule compound designed to promote differentiation of stem cells toward the definitive endoderm lineage by activating receptors involved in the TGF- signaling pathway IDE 1 exerts its biological activity primarily through activation of the TGF- signaling pathway In in vitro studies IDE 1 induces definitive endoderm specification from pluripotent stem cells Based on these pharmacological properties IDE 1 holds research potential in in vitro differentiation protocols to generate endoderm-derived cells such as hepatocytes and pancreatic cells and in studies investigating early embryonic lineage commitment and regenerative medicine
Medchemexpress LLC Acetoacetic acid (lithium) | 578486 | MFCD00013060 | 98.0% | 108.02 g/mol | C4H6LiO3 | 5 MG
Acetoacetic acid (lithium) is the lithium salt of acetoacetic acid supplied as a research reagent for biochemical and cell-based studies. It functions as an oxidative stress inducer and is provided as a small-quantity solid suitable for preparing aqueous or DMSO solutions for in vitro experiments.
- Oxidative stress inducer for cell and biochemical assays.
- High nominal purity (98.0%).
- Supplied as a 5 mg vial for small-scale research use.
- Soluble in water and DMSO for flexible formulation.
- Molecular weight 108.02 g/mol; formula C4H6LiO3.
- CAS number 3483-11-2 for unambiguous identification.