Inmaculada Bañón-Rodríguez
E-MAIL ibanon@cbm.uam.es
LOCATION Madrid, Spain
POSITION Post-doctoral fellow
ROLE Investigator
Inmaculada Bañón-Rodríguez
E-MAIL ibanon@cbm.uam.es
LOCATION Madrid, Spain
POSITION Post-doctoral fellow
ROLE Investigator
Alejo E. Rodríguez-Fraticelli
E-MAIL ae.rodriguez@csic.es
LOCATION Madrid, Spain
POSITION PhD fellow at CSIC
ROLE Graduate Student
Manuel Gálvez
E-MAIL mgalvez@cbm.uam.es
LOCATION Madrid, Spain
POSITION PhD fellow at MICINN
ROLE Graduate Student
Aranzazu Borreguero
E-MAIL aborreguero@cbm.uam.es
LOCATION Madrid, Spain
ROLE Lab Technician and Manager
My interests:
The focus of my work is understanding the implications of cell polarity in cancer biology. For this, I am using 3D cyst systems and zebrafish as work models.
My interests:
My main research interest is the characterization of novel mechanisms related with epithelial cystogenesis. I am using novel in vitro and in vivo systems as approaches.
My interests:
My goal is the understanding of molecular mechanisms related with the formation and fusion of the apical membrane-containing vesicles
My interests:
As a supporting role, my interest is to contribute technical assistance to fellows in the laboratory. I also take care of a part of the lab management function.
Ilenia Bernascone
E-MAIL ibernascone@cbm.uam.es
LOCATION Madrid, Spain
POSITION Post-doctoral fellow
ROLE Investigator
My interests:
The goal of my research is to unravel undiscovered proteins involved in epithelial morphogenesis and lumen formation, using both in vitro and in vivo models.
Mariam Hachimi
E-MAIL mhachimi@cbm.uam.es
LOCATION Madrid, Spain
POSITION PhD fellow at MICINN
ROLE Graduate Student
My interests:
I am working in the role of Rho-GTPases, GEFs and GAPs, in the process of epithelial morphogenesis. My interest is to unravel Rho-GTPase mechanisms in MDCK cells and other epithelial models.
Lab members
2014
Minerva Bosch
E-MAIL mbosch@cbm.uam.es
LOCATION Madrid, Spain
POSITION “La Caixa” PhD Fellow
ROLE Graduate Student
My interests:
My goal lies in the understanding of tubulogenesis and branching morphogenesis. For this, I am developing a novel in vitro approach to analyze lumen coalescence and elongation.