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ITEM#: 3042-SCM308
MFR#: SCM308
The lung epithelium undergoes a complex series of endoderm-mesoderm-mediated signaling events to generate a complex arborized network of conducting airway (bronchi, bronchioles) and gas-exchanging units (alveoli). Lung epithelium differentiation stag
| Product Name | Description | Item# | QTY | |
|---|---|---|---|---|
3dGRO(TM) Lung Organoid Branching Medium Serum-free ready-to-use media used to differentiate anterior foregut endoderm (AFE) cells into lung bud organoids in suspension cultures.
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The lung epithelium undergoes a complex series of endoderm-mesoderm-mediated signaling events to generate a complex arborized network of conducting airway (bronchi, bronchioles) and gas-exchanging units (alveoli). Lung epithelium differentiation stag | 3042-SCM307 | EA | |
3dGRO Organoid Freeze Medium
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3dGRO(TM) Organoid Freeze Medium Optimized cryopreservation media for multiple organoids cell types. | 3042-SCM301 | EA | |
3dGRO Organoid Dissociation Reagent
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3dGRO(TM) Organoid Dissociation Reagent Chemically defined enzyme-free organoid dissociation solution. | 3042-SCM300 | EA | |
3dGRO(TM) Human iPSC Derived Colon Organoids
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Human intestinal organoids are self-organizing, 3D structures that can be expanded in long-term culture and differentiate into intestinal epithelial cell types. Epithelial intestinal organoids, often referred to as enteroids or mini-guts, maintain | 3042-SCC300 | EA | |
3dGRO(TM) Duodenum Intestinal Organoids, Age 62 (Prep 85-D) Cryopreserved patient derived gastrointestinal organoids (PDOs)
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Patient derived organoids (PDOs) are novel in vitro 3D cell models that preserve original tissue physiology and molecular pathology, thus representing a clinically-relevant alternative to traditional 2D cell lines and an effective tool to refine and | 3042-SCC320 | EA |