Ph.D., University Professor and director of the Tissue Engineering Resource Center at Columbia. "Further, this study sets the stage for the establishment of individualized 'astronaut on chip ...

Itay&Beyond grows brain tissue from patient urine stem cells to test neurological drugs, training the chips via video games ...

Testing drug compounds on a chip designed to mimic human organs sounds ... closely resembling real tissue and organs. Despite the potential, there are limiting factors such as the need to provide ...

The lab-grown brain tissue is transferred onto an electronic chip, which is connected to a computer. The tissue sits on a multi-electrode array and each electrode records and can provide stimuli ...

This heart chip could serve as a patient avatar to simulate how his or her heart might respond to toxic chemotherapy drugs. “There's a lot of really exciting technologies that are emerging at the ...

A placenta-on-a-chip that mimics the workings of the placenta has been developed, allowing further research into the organ without posing harm to the mother or fetus. Despite efforts to gain a ...

The Organ-on-a-Chip (OOAC) technology simulates various organ systems depending on the specific cell types seeded onto the ...

It is an exciting time to be working in regenerative medicine and tissue engineering: the maturation of advanced biological manipulation (iPSCs, CRISPR, organoids, single cell sequencing) and the ...

The organ-on-chip technology also aims to fully replace animal testing in the future. Wadah has five years of research experience in tissue engineering and biomedical engineering. He invented the ...