BacbioLab is #Bacillus #biofilms #extracellular matrix #sustainability #plant-microbe interaction #microbe-microbe interaction #ecology

BacbioLab is #Bacillus #biofilms #sustainability #ecology

Our research is focused on the understanding of basic aspects of bacterial physiology and the complexity of the bacteria-host interactions.

Our research is focused on the understanding of basic aspects of bacteria physiology and the complexity of the bacteria-host interactions.

Functional amyloids

Characterization of the amyloids fibers present in the extracellular matrix of Bacillus subtilis biofilms and the proteins involved in its formation.

Bacteria-Plant interaction

Elucidation of molecular mechanisms implicated in biocontrol activity and colonization of host plant.

Interspecies interactions

Deciphering complex bacteria-bacteria interaction traits alongside different ecological contexts.

BacbioLab

Grow Science

BacbioLab is #Bacillus #biofilms #extracellular matrix #sustainability #plant-microbe interaction #microbe-microbe interaction #ecology

BacbioLab is #Bacillus #biofilms #sustainability #ecology

Our research is focused on the understanding of basic aspects of bacterial physiology and the complexity of the bacteria-host interactions.

Our research is focused on the understanding of basic aspects of bacteria physiology and the complexity of the bacteria-host interactions.

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Experiments in ALBA Synchrotron

Ana’s Thesis Defense

María’s Thesis Defense

Bacillus subtilis biofilm matrix components target seed oil bodies to promote growth and anti-fungal resistance in melon

PhD. defence of María Luisa Antequera Gómez

Expertos del IHSM de Málaga muestran la evolución hacia la coexistencia de dos bacterias para el cultivo sostenible

BacbioLab

Grow Science

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+34 952 132 187

diego_romero@uma.es

Research

BacbioLab

Grow Science

About us

Group

Social

Contact Us

+34 951 953 057

diego_romero@uma.es