The primary cilia observed in this study came from both animal and human beta cells. The researchers examined how the skeletal structure (axoneme) formed by microtubules is organized. They discovered ...

The primary cilia observed in this study originated from both animal and human beta cells. The researchers investigated how the skeletal structure (axoneme) formed from microtubules is organized.

The musician visited the Stanford Initiative to Cure Hearing Loss as part of a new interview with CBS Mornings ...

Brand new work from the laboratory of Michel Cayouette, Director of the Cellular Neurobiology Research Unit at the Montreal ...

Special design of the skeletal structure The primary cilia observed in this study originated from both animal and human beta cells. The researchers investigated how the skeletal structure (axoneme ...

New work from the laboratory of Michel Cayouette, Director of the Cellular Neurobiology Research Unit at the Montreal ...

Earlier studies indicated that both planar cell polarity (PCP ... to this article via your institution. Cilia-driven flow plays a critical part in animal physiology and development, ranging ...

Scientists have discovered a marine animal that can reverse its aging process. The comb jelly, a jellyfish-like creature, can ...

The JGU researchers are also working on animal models for Usher syndrome ... Usher mutations cause defects in cilia, the hair-like projections on the cell surface, and characterized Usher syndrome ...

Ependymal cells have multiple tiny hair-like structures (cilia) on their surface to circulate the fluid ... We further managed to convert the brain cells of hydrocephalic animal models into ependymal ...