New insights into centromere structure [W[R]C]
6 de feb. de 2023 ·
10m
![New insights into centromere structure [W[R]C]](https://d3wo5wojvuv7l.cloudfront.net/t_square_limited_480/images.spreaker.com/original/09203cd43e4ef924bc6c69328c91efc5.jpg)
Descarga y escucha en cualquier lugar
Descarga tus episodios favoritos y disfrútalos, ¡dondequiera que estés! Regístrate o inicia sesión ahora para acceder a la escucha sin conexión.
Capítulos
Descripción
https://phys.org/news/2023-02-insights-centromere.html Researchers led by Osaka University used cryogenic electron microscopy to analyze the atomic structure of the centromeric region of the chromosome, essential for cell division. A protein called CENP-A...
mostra más
https://phys.org/news/2023-02-insights-centromere.html
Researchers led by Osaka University used cryogenic electron microscopy to analyze the atomic structure of the centromeric region of the chromosome, essential for cell division. A protein called CENP-A marks the centromere; the researchers showed that during interphase, CENP-A is bound by a protein called KNL2 to maintain the location of the centromere. During mitosis, KNL2 is replaced by CENP-C, allowing correct formation of the kinetochore complex for cell division.
mostra menos
Researchers led by Osaka University used cryogenic electron microscopy to analyze the atomic structure of the centromeric region of the chromosome, essential for cell division. A protein called CENP-A marks the centromere; the researchers showed that during interphase, CENP-A is bound by a protein called KNL2 to maintain the location of the centromere. During mitosis, KNL2 is replaced by CENP-C, allowing correct formation of the kinetochore complex for cell division.
Información
| Autor | UniquilbriuM |
| Página web | - |
| Etiquetas |
Copyright 2024 - Spreaker Inc. an iHeartMedia Company
