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Application SolutionsGastric organoids
The human stomach features a structurally sophisticated 3D glandular epithelium that can be anatomically and functionally partitioned into two discrete compartments.
Application SolutionsKidney organoids
The kidney is a structurally sophisticated and highly hierarchically organized human organ, composed of approximately one million functional nephrons responsible for blood filtration.
Application SolutionsMammary Organoid
The mammary epithelium forms a bilayered structure, which can be classified into two principal lineages: luminal cells and basal cells, according to their spatial distribution.
Application SolutionsPancreatic organoids
Blood glucose homeostasis in the human body is dynamically regulated by insulin secreted from the pancreatic islets of Langerhans, which can sensitively detect fluctuations in circulating glucose concentrations. Permanent damage to this homeostatic regulatory mechanism triggers diabetes mellitus, which has gradually become a major threat to global public health.
Application SolutionsLiver Organoid
The liver is a structurally intricate and functionally indispensable human organ.
Application SolutionsLung organoids
The human lung represents a functionally essential and structurally sophisticated organ composed of over 40 distinct cell types, predominantly including epithelial cells, immune cells, endothelial cells, and stromal cells.
Application SolutionsBrain Organoids
Brain organoids recapitulate multiple key features of embryonic cortical development and can differentiate into diverse cell types corresponding to distinct brain regional lineages.
Application SolutionsIntestinal organoids
The intestine is an essential digestive organ and is recognized as one of the most structurally complex organs in the human body.
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