Deboxamet

General description 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

General description 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

General description 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

General description 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

General description 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

General description 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

General description 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

General description 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

General description 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

General description 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

General description 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

Deoxyelephantopin, a natural bioactive sesquiterpene lactone from Elephantopus scaber , has shown promising anticancer effects against a broad spectrum of cancers. Deoxyelephantopin inhibits NF-κB , MAPK , PI3K/Akt , and β-catenin signalingIn