Biological Chemistry Division
 

The research focus of the Biological Chemistry Division is to explore the structure and function of proteins by an integrated approach involving biophysical, biochemical, cell and molecular biological methodologies bringing together several groups of researchers with adequate and complementary expertises in these areas. Read more about the Biological Chemistry Division on the ITQB Annual Report.

Our activities broadly cover the following areas; a) Sulphate and oxygen respiration, b) NO metabolism and signalling, c) Oxidative, metals and metalloid stresses, d) Protein Structure, foldingand stability, e) Protein Modelling, and f) Proteins in Biotechnology. The groups belonging to this division are listed below.

The contact element of the Biology Division is Prof. Maria Arménia Carrondo.

  Laboratory   Laboratory Leader   Scientific Area (keywords)  
  Genomics and Stress Laboratory   Claudina R. Pousada
  Gene expression; Stress;Yeast; Desulfovibrio gigas; Genome; Metalloproteins  
  Inorganic Biochemistry and NMR   Ricardo O. Louro
  Metalloproteins; Structure-function relationship; Metal-microbe interactions  
  Membrane Protein Crystallography   Margarida Archer
  Crystallography; Membrane Proteins; Drug design; Biomedical interest  
  Metalloproteins and Bioenergetics   Miguel Teixeira   Energy transduction/membrane proteins ; Superoxide and NO detoxification; eT metalloenzymes  
  Microbial Biochemistry   Inês A. Cardoso Pereira   Sulfate Reducing Bacteria; Anaerobic respiration  
  Microbial & Enzyme Technology   Ligia O. Martins   Bacterial laccases; Enzyme engineering; Applied biocatalysis
 
  Molecular Genetics of Metalloproteins
  Ligia M. Saraiva
  Gene Expression; Regulation; Nitric Oxide; Sulfate Reducing Bacteria; Enterobacteriaceae
 
  Molecular Simulation
  Antonio M. Baptista
  Theoretical/computational methods; Protein electrostatics; pH/redox effects
 
  Protein Biochemistry, Folding & Stability   Claudio M. Gomes
  Cofactors and stability; Thermophilic proteins; Folding and Disease
 
  Protein Crystallography   Maria Armenia Carrondo
  Metalloproteins; Proteins with biomedical applications  
  Protein Modelling   Claudio M. Soares
  Structural Bioinformatics; Molecular mechanisms; Redox Proteins  
           



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