The innovative, multidisciplinary SysBioM project aims to combine high throughput imaging, fluorescent cells sorting techniques, genomics and computational analysis that can be applied to plants and plant-associated microorganisms. The methodology to be incorporated to CsBGP will allow the global study of biological systems and development of computational models that will contribute to a deeper understanding of relevant biological processes in plants and associated microbes, thereby providing new knowledge and technologies. To achieve this ambitious goal CBGP will purchase: Flow cytometer with cell sorting system for the study of specific cell populations and their subsequent molecular characterization using "omics" technologies (CF / FACS), a Miniaturized Microbial Growth Monitoring System (SMCM) to study microbial growth and evolution, and complementary equipment todetermine the quality of biomolecules isolated from the samples (RNA/DNA/proteins) generated with equipment 1 and 2, as a preliminary step for their genomic and functional analysis. This new SysBioM scientific infrastructure will also contribute to enhance the progresses of Synthetic Biology and Bioengineering research lines that we are currently running at the CBGP (UPM-INIA).

Fuente: Centro de Biotecnología y Genómica de Plantas CBGP

http://www.cbgp.upm.es/index.php/es/?option=com_content&view=article&id=1289
Subscribe to Directory
Write an Article

Recent News

El diagnóstico genético neonatal mejor...

Un estudio con datos de los últimos 35 años, ind...

Más de 1.500 cambios epigenéticos en e...

Un equipo de investigadores de la Universidad Juli...

Tuneable reverse photochromes in the sol...

A new technique allows the design of solid materia...

Highlight

Eosinófilos. ¿Qué significa tener val...

by Labo'Life

​En nuestro post hablamos sobre este interesante tipo de célula del...

Un estudio de INCLIVA muestra el efecto ...

by INCLIVA

Han desarrollado un estudio para evaluar la correlación entre el teji...

Photos Stream