Endogenics
Endogenics offers services for modeling and simulation of the development, dynamic organization, and function of living tissue and its dysfunction in disease. By integrating computer modeling with wet-bench approaches, biomedical researchers can gain unprecedented insight into signaling pathways and gene regulatory networks that control tissue growth, lineage commitment, differentiation, tumorigenesis, infection, and other processes. To support systems biology, Endogenics also enables modeling of genetically-modified cells, building and refinement of cell regulatory networks, and develop.... Read more
Endogenics offers services for multiscale modeling of cellular processes and simulat...
Virtual tissues services for biomedical research features high fidelity tissue simul...
Endogenics offers services for modeling and simulation of the development, dynamic organization, and function of living tissue and its dysfunction in disease.
By integrating computer modeling with wet-bench approaches, biomedical researchers can gain unprecedented insight into signaling pathways and gene regulatory networks that control tissue growth, lineage commitment, differentiation, tumorigenesis, infection, and other processes.
To support systems biology, Endogenics also enables modeling of genetically-modified cells, building and refinement of cell regulatory networks, and development of engineered cell lines with unique physiological properties using evolutionary search methods.
By integrating computer modeling with wet-bench approaches, biomedical researchers can gain unprecedented insight into signaling pathways and gene regulatory networks that control tissue growth, lineage commitment, differentiation, tumorigenesis, infection, and other processes.
To support systems biology, Endogenics also enables modeling of genetically-modified cells, building and refinement of cell regulatory networks, and development of engineered cell lines with unique physiological properties using evolutionary search methods.