Jiyan Human-Derived Organoid Construction Kit is an all-in-one product for organoid construction, covering tissue sampling, culturing, passaging, cryopreserving and recovering. It is beginner-friendly and ready-to-use, with over 30 types of human-derived organoid models and a construction success rate exceeding 90%.

Jiyan Mouse-Derived Organoid Construction Kit is an organoid construction product that integrates tissue sampling, organoid culture, passage, cryopreservation and resuscitation. It features zero-basis and ready-to-use characteristics and advantages. The types of Mouse-derived organoid models cover more than 10 kinds, and the construction success rate is as high as over 90%.

Organoid medium encompass specific nutrients and growth factors to mimic the in vivo growth environment, facilitating organoid formation and proliferation. This product is categorized by species into human, mouse, and monkey-derived organoid media. To fulfill diverse experimental needs, it is further divided into complete organoid medium and organoid differentiation medium.

Compared with traditional agarose, Jiyan Biotech's SE-Gel for organoids has better biocompatibility and toughness, and its sections are less fragile. A small amount of organoids can be embedded in tens of microliters of SE-Gel. Pre-staining helps locate the sample during sectioning and avoid loss.

In the field of fatty liver disease, with its professional strength, Jian Biology has built a "one-stop" service system, covering multiple key links such as liver organoid expansion, differentiation, induction, identification, and omics detection services, to accurately empower fatty liver disease research and drug development, and provide comprehensive, efficient and targeted model construction and identification solutions.

The single reagent accessories in the organoid construction kit are available in different specifications, offering more options.

Jiyan Biotech independently developed multiple organ-on-a-chip models, offering chip design, development, and testing services for fundamental research and an animal model-free in vitro evaluation system for new drug development.