Not exact matches
Still, researchers now have a far better understanding of the molecular pathways in the
ear and how to regenerate hair
cells and
repair synaptic connections.
The pairing of the two delivered the breakthrough solution, the researchers said, as neurons responded to the molecule, regenerating synapses in mouse
ear tissue that led to
repair of the hair
cells and neurons, which are essential to hearing.
In addition to Makarenkova and Gromova, authors of the study, «Lacrimal Gland
Repair Using Progenitor
Cells,» were Dmitry A. Voronov of TSRI, the Russian Academy of Sciences and the A.N. Belozersky Institute of Physico - Chemical Biology of the Lomonosov Moscow State University; Miya Yoshida and Suharika Thotakura of TSRI; Robyn Meech of Flinders University; and Darlene A. Dartt of the Schepens Eye Research Institute / Massachusetts Eye and
Ear, Harvard Medical School.
Scientists develop method to
repair damaged structures deep inside the
ear Researchers have developed a new approach to
repair cells deep inside the
ear — a potential remedy that could resto... Read more