Renal and vascular physiology and phisiopathology
Group leader
Diego María Rodríguez Puyol
Principal Investigator
- María Piedad Ruiz Torres
- Laura Calleros Basilio
- José Manuel Gómez Pulido
Collaborating Staff
- Gema Olmos Centenera
- Sergio de Frutos García
- Jose Luis Castillo Sequera
- María Luz Polo Luque
- Ariadna Moreno Piedra
- Francisco Javier Bueno Guillén
- Alberto Garcés Jiménez
- Juan Antonio Gómez Pulido
- Sergio García Villoria
- Alba Silvestre Vargas
- Elena Alcalde Estévez
- Belen Molina Martinez

Group leader
Diego María Rodríguez Puyol
Principal Investigator
- María Piedad Ruiz Torres
- Laura Calleros Basilio
- José Manuel Gómez Pulido
Collaborating Staff
- Gema Olmos Centenera
- Sergio de Frutos García
- Jose Luis Castillo Sequera
- María Luz Polo Luque
- Ariadna Moreno Piedra
- Francisco Javier Bueno Guillén
- Alberto Garcés Jiménez
- Juan Antonio Gómez Pulido
- Sergio García Villoria
- Alba Silvestre Vargas
- Elena Alcalde Estévez
- Belen Molina Martinez
Strategic objectives
- Four active research projects from the National Plan.
- Six publications in the first quartile of their area of expertise.
- Two demonstrably active collaborations with other members of IRYCIS or the Ramón y Cajal University Hospital (supported by joint projects, publications, and/or lines of development).
- At least one annual scientific talk for the entire Institute (by invitation).
- Facilitate the collaboration of other IRYCIS members in at least one annual teaching activity at the University of Alcalá.
- Regular collaboration with at least one private company.
Research lines
- Integrin-linked kinase: a potential biomarker of chronic kidney disease (CKD) progression and a modulator of monocyte dysfunction responsible for cardiovascular damage.
- Integrin-linked kinase: a role in the progression of insulin resistance and the development of obesity.
- Importance of phosphorus in the genesis of vascular disorders in the elderly and patients with arteriosclerosis. New approaches to assessing the problem.
- Importance of phosphorus in the genesis of sarcopenia in the elderly and patients with chronic kidney disease. New approaches to assessing the problem.
- Massive data analysis in the prevention of complications associated with hemodialysis.
Location
Faculty of Medicine
Alcalá University
+34 91 887 81 00 (ext. 2562)
Keywords
chronic kidney disease, extracellular matrix, integrin-linked kinase, GLUT4, AQP2, endothelial dysfunction, phosphorus, sarcopenia, cellular senescence, hemodialysis