Stem cell research spans self-renewal, multipotent differentiation, and regenerative applications. We provide antibodies and tools around pluripotency markers (Oct4/Sox2/Nanog) and signaling hubs (Wnt, TGF-β/BMP, FGF, Notch) for maintenance and lineage specification—from basic mechanisms to translation.
Focus areas: pluripotency networks & epigenetic resetting, lineage specification & fate switches, organoids & niche crosstalk, expansion analytics & QC markers
Commonly used for mechanistic studies; follow your lab SOP, compound datasheets, and ethics approvals.
| Compound | Targets / pathways | Experimental notes |
|---|---|---|
| CHIR99021 | GSK3β / Wnt–β-catenin axis (concentration-dependent) | Common in PSC maintenance/differentiation—tune with ligands and co-culture context. |
| SB431542 | ALK4/5/7 (TGF-β / Activin branch) | Used in neural induction workflows; mind SMAD2/3 suppression and lineage bias. |
| PD0325901 | MEK1/2 | Component of 2i-like media; tightly window concentrations with CHIR, etc. |
| Y-27632 | ROCK | Improves survival after dissociation; mind cytoskeletal/off-target differentiation effects. |
| Dorsomorphin | BMP type I receptors (ALK2/3/6) | BMP inhibition in neural induction; check dose–response vs known off-targets. |
| Retinoic acid (RA) | RAR/RXR (pro-differentiation) | Classic pro-differentiation cue; light-sensitive—standardize storage/spiking. |
| Cyclopamine | Smoothened (Hedgehog pathway) | Hh-dependent lineage decisions; mind toxicity and solubility vehicles. |