Mark Isalan did his PhD thesis engineering zinc fingers for joining new DNA sequences at the MRC LMB, University of Cambridge, UK, 1996-2000[Read more]

ENTRY-DM combines international experts in DM research, bioengineering, ASO chemistry, and clinical trials. Through collaborations with multi-sectoral partners, we are tackling technology transfer...[Read more]

Start és el principal punt de decisió en el cicle cel·lular del llevat perquè suposa el compromiso irreversible de la cèl·lula amb una nova ronda de divisió. Implica l'activació d'un programa...[Read more]

Researchers of the Molecular Biology and Biochemistry Department of the Universitat de València/ Biotecmed Institute published in Scientia Global an outreach article about the eIF5A, involved in...[Read more]

Recording electrical phenotypes in vitro: How can High-Density Microelectrode Arrays (HD-MEAs) help you detect and monitor activity at the single-cell and network levels?[Read more]

The Albufera de València, a protected natural park, is home to a wide variety of plant and animal species. However, in recent years, its ecosystem has shown progressive deterioration, possibly linked...[Read more]

A research team from the Department of Biochemistry and Molecular Biology of the University of Valencia, in collaboration with the University of California-San Francisco and Stockholm University, has...[Read more]

Early life stressful experiences have important and long-lasting effects on the brain and are predisposing factors for developing mental disorders such as major depression. These adverse experiences...[Read more]

El próximo jueves día 13 de febrero, el investigador Luis Serrano, galardonado con el Premio Rei Jaume I de Nuevas Tecnologías en 2024 por su trabajo en el desarrollo tecnológico de la biología de...

La fibronectina (FN) es una glicoproteína de la matriz extracelular (MEC) que forma una red fibrilar que sirve de andamio para que otras proteínas y proteoglicanos se adhieran y conformen una matriz...[Read more]

En la actualidad, se reconoce que la mayoría de las bacterias viven en un estado sésil, organizadas en biofilms, lo que les permite desarrollar una estrategia de vida comunitaria altamente coordinada.[Read more]