104 Organisation — «AI in Organoids and Organ-on-a-chip» | Mindmaps

104 Organisation
AI in Organoids and Organ-on-a-chip
Suggest Organisation

Y Combinator 2005-03-01

Zeeuws Investerings Fonds

Zürcher Kantonal Bank 1870-01-01

« First Previous Page 5 of 5

AI in Organoids and Organ-on-a-chip

Organisation

Investor

Hub

Industries

advanced cosmetics agetech agtech, angel investment, cleantech, financial services, venture capital, waste management, water ai for longevity analytics, cyber security, fintech, hardware, health care, internet of things, life science, robotics, saas, semiconductor angel investment, fintech, impact investing, venture capital application performance management, business development, finance asset management, business development, enterprise software, financial services, venture capital augmented reality, biotechnology, data storage, enterprise software, health diagnostics, life science, medical device, semiconductor banking, finance, financial services biotechnology biotechnology, cleantech, venture capital biotechnology, energy, financial services, information technology, renewable energy biotechnology, finance, financial services, medical, venture capital biotechnology, health care, hospital, medical, non profit, wellness business development, finance, financial services, venture capital business development, finance, government business development, finance, venture capital business development, life science, management information systems business development, venture capital cell technologies cimed at karolinska institute is involved in cutting-edge research in regenerative medicine and organoids. they utilize ai techniques for large-scale data analysis and integration in organoid-based studies. consumer business apps crm, information technology, manufacturing, telecommunications custom specializes in stem cell and organoid research, with a focus on modeling human development and disease. they collaborate with researchers worldwide and explore the use of ai in organoid-based research. deepcell.ai is a company that specializes in applying ai and deep learning techniques to organoid research. they offer ai-powered solutions for image analysis and interpretation, enabling researchers to extract meaningful information from organoid imaging data. digital biomarkers finance finance & banking finance, financial services, fintech, venture capital finance, financial services, government finance, financial services, venture capital finance, impact investing, venture capital finance, non profit, venture capital financial exchanges, financial services, fintech, venture capital financial services financial services, intellectual property financial services, public relations financial services, semiconductor, venture capital financial services, venture capital functional medicine clinics health care, venture capital, wellness health tech information technology innovation, technology, and research longevity biomarkers medical biotech nature methods, a renowned scientific journal, published a special issue focused on organoid research. this issue includes articles that discuss the integration of ai and computational approaches in organoid development, analysis, and modeling. ommod is dedicated to studying organogenesis and utilizes organoid models to gain insights into organ development and regeneration. they incorporate ai methods for data analysis and modeling. organ-on-a-chip organoids qb3 has multiple innovation centers across california, such as qb3-berkeley, qb3-san francisco, and qb3-santa cruz. these centers foster interdisciplinary collaborations in the fields of biotechnology, bioengineering, and computational biology, including organoid research with ai integration. software the cambridge stem cell institute focuses on stem cell research, including the development and application of organoid models. they integrate ai approaches for data analysis and interpretation in organoid studies. the columbia stem cell initiative explores the potential of stem cells and organoids for regenerative medicine applications. they incorporate ai and computational biology approaches to enhance the understanding and utilization of organoid models. the human cell atlas initiative is an international collaboration that aims to create a comprehensive map of human cells. they incorporate organoid models and ai approaches to understand cell diversity, gene expression patterns, and tissue architecture at a single-cell level. the laboratory of systems pharmacology at harvard medical school focuses on the development of predictive models for drug response and toxicity using organoids and ai. they aim to personalize medicine by leveraging ai algorithms to analyze organoid-derived data. the organ-on-a-chip technologies network is an international consortium that aims to advance organoid and ai research. they foster collaborations between researchers, share knowledge and resources, and explore ai-driven approaches for organ-on-a-chip technologies. the riken center for biosystems dynamics research in japan explores the dynamics of biological systems, including organoids. they leverage ai techniques for high-throughput analysis and modeling of organoid behavior. the single-cell genomics platform at the broad institute develops cutting-edge technologies for single-cell analysis, including organoids. they employ ai methods to analyze complex datasets and gain insights into organoid biology. this german research institute conducts cutting-edge research in the field of regenerative medicine, including organoids. they integrate ai and computational approaches to analyze and model organoid development, tissue regeneration, and disease progression. this research institute in the netherlands has made significant contributions to the field of organoids. they have expertise in developing various organoid models and integrating ai techniques for analysis and interpretation.

© 2024