Miguel Ángel Medina has been a Full Professor of
Biochemistry and Molecular Biology at the University of Malaga since 19
November 2009. He completed his bachelor’s degree in 1985 and doctorate in 1989
in Biology and graduated in Art History (2010) from the University of Málaga.
He was a Postdoctoral DAAD Fellow at Max-Planck Institut für
Ernhärungsphysiologie (Dortmund, 1989), Postdoctoral Alexander von Humboldt
Stiftung Fellow at Universität Heidelberg (1992), and Max-Planck Institut für
biophysikalisches Chemie (Göttingen, 2001), and carried out a Predoctoral
Fellowship at the Spanish Ministry of Education and Science at McGill
University (Montreal, 1987). His main research topics are angiogenesis;
metabolism and transport of nitrogen metabolites in cancer; plasma membrane
redox systems; rare diseases; systems and computational biology applied to
physiopathologic processes. His scientific production includes the following: more than 275 publications, 23 invited lectures, 10 patents, and participation
in 42 research projects.
Research Keywords & Expertise
Angiogenesis
Rare Diseases
Systems Biology
Tumor metabolism
membrane transporters:...
polyamine and biogenic...
metabolic modelling
Fingerprints
24%
Angiogenesis
5%
Systems Biology
5%
metabolic modelling
5%
Rare Diseases
5%
Tumor metabolism
5%
polyamine and biogenic amine metabolism
Short Biography
Miguel Ángel Medina has been a Full Professor of
Biochemistry and Molecular Biology at the University of Malaga since 19
November 2009. He completed his bachelor’s degree in 1985 and doctorate in 1989
in Biology and graduated in Art History (2010) from the University of Málaga.
He was a Postdoctoral DAAD Fellow at Max-Planck Institut für
Ernhärungsphysiologie (Dortmund, 1989), Postdoctoral Alexander von Humboldt
Stiftung Fellow at Universität Heidelberg (1992), and Max-Planck Institut für
biophysikalisches Chemie (Göttingen, 2001), and carried out a Predoctoral
Fellowship at the Spanish Ministry of Education and Science at McGill
University (Montreal, 1987). His main research topics are angiogenesis;
metabolism and transport of nitrogen metabolites in cancer; plasma membrane
redox systems; rare diseases; systems and computational biology applied to
physiopathologic processes. His scientific production includes the following: more than 275 publications, 23 invited lectures, 10 patents, and participation
in 42 research projects.