开创 AI 原生类器官信息学与计算机模拟方法，构建用于精准医学和模型引导治疗开发的类器官世界模型。
服务类器官经济的智能基础设施
开创 AI 原生类器官信息学与计算机模拟方法，构建用于精准医学和模型引导治疗开发的类器官世界模型。
问题空间
类器官采用存在风险且流程复杂
在规模化场景下尤其如此。
解决方案空间
化学、蛋白质和细胞都有各自的模拟引擎。类器官也应该拥有自己的模拟引擎。
由 OrganoidOS™ 驱动
作为驱动引擎与基础设施层，OrganoidOS 支撑所有 OrganoBit 产品。
模块化平台，支持类器官分析、数据处理和信息学挖掘，为全面的类器官数据管理提供基础。
OrganoBit 新闻
了解类器官研究、监管突破和 OrganoBit 创新进展。
类器官科学进展
探索类器官研究的最新突破，从方法学创新到治疗、疾病建模及更广泛场景中的人体相关类器官应用。
Human cerebral organoids maintain integrity and viability after transport through mail
Human cerebral organoids are stem-cell derived three-dimensional (3D) tissue cultures used to advance our understanding of human neurodevelopment processes and neurological disorders. This study introduces a reliable method of transportation of live brain organoids to further collaboration amongst disciplines.
Generation of Individualized, Standardized, and Electrically Synchronized Human Midbrain Organoids
Organoids allow to model healthy and diseased human tissues and have applications in developmental biology, drug discovery, and cell therapy. Traditionally cultured in immersion/suspension, organoids face issues like lack of standardization.
Two roads diverged: Pathways toward harnessing intelligence in neural cell cultures
Interest in using in vitro neural cell cultures embodied within structured information landscapes has rapidly grown. Whether for biomedical, basic science, or information processing and intelligence applications, these systems hold significant potential.
我们的智能基础设施
综合基础设施结合精选数据、信息学工具、先进机器学习模型和模拟引擎，为类器官研究与实验设计提供动力。
我们的生态合作伙伴与支持者
