Areas of Activity#
Here you will find all fields of scholarship for this section.
A
- agonists stimulation of lipid hydrolysis to release both diacylglycerol and inositol trisphosphate (IP3).
- Apoptosis Go to
- apoptosis Go to
- Applications in structural and functional genomics Go to
- applied biochemistry Go to
- ATP-dependent proteases in mitochondria Go to
B
- bacterial pathogenesis Go to
- bacterial-plant symbiosis Go to
- bacterial restriction and modification systems Go to
- base excision repair Go to
- biochemistry Go to
- biochemistry Go to
- biochemistry Go to
- Biochemistry Go to
- Biochemistry Go to
- biochemistry Go to
- Biochemistry Go to
- biochemistry Go to
- biochemistry & molecular biology Go to
- biochemistry & molecular biology Go to
- biochemistry & molecular biology Go to
- Bioenergetics Go to
- Bio-genesis of mitochondria Go to
- bioinformatics Go to
- bioinorganic chemistry Go to
- biological chemistry Go to
- biological & medical sciences Go to
- biophysics Go to
- biophysics Go to
- biosynthetic pathways Go to
- biotechnology Go to
C
- Caenorhabditis elegans Go to
- cancer biology Go to
- cancer genetics Go to
- cancer genetics Go to
- cancer molecular biology Go to
- cancerous development of cells Go to
- cancer research Go to
- Cancer research Go to
- cell and tissue architecture Go to
- Cell Biology Go to
- cell biology Go to
- cell cycle control Go to
- cell-cycle Go to
- cell cycle Go to
- cell cycle Go to
- cell death/cancer Go to
- cell membrane proteins Go to
- cell signaling and DNA repair Go to
- celluar signalling Go to
- cellular biology Go to
- Cellular resistance to carcinogens Go to
- chemistry Go to
- Chemistry of Biological Processes Go to
- Cholesterol metabolism Go to
- chromatin dynamics Go to
- chromatin dynamics Go to
- chromatin Go to
- chromatin Go to
- chromatin organization/modification Go to
- chromatin structure and function Go to
- chromatin structure & function Go to
- control of cell division Go to
- Control of endoreduplication cycles, targeted proteolysis by the anaphase promoting complex APC-CCS52 ubiquitin ligase enzyme complexes Go to
- Crystallisation of membrane proteins Go to
- Crystallographic electron microscopy Go to
- Crystallography Go to
- Cyanobacteria Go to
- Cys-loop receptors Go to
D
- developmental biology Go to
- development Go to
- development Go to
- Development of nuclear magnetic resonance techniques Go to
- DNA damage and repair Go to
- DNA methylation Go to
- DNA repair Go to
- DNA repair Go to
- DNA repair pathways Go to
- drug discovery Go to
E
- Endosymbiotic theory Go to
- enzyme and gene regulation Go to
- Enzymology Go to
- epigenetics Go to
- epigenetics Go to
- epigenetics of cell proliferation Go to
- Experimental Medicine Go to
F
- Fast ionic reactions Go to
- Folding and assembly of proteins Go to
- functional genomics Go to
- Function and regulation of bacterial and plant genes controlling nodule development Go to
- function of ABC-transporters in mammals, focusing on drug transporters Go to
- Function of symbiotic antimicrobial plant peptides Go to
G
- gene expression Go to
- gene positioning in differentiation and degenerative disease Go to
- gene structure and molecular genetics Go to
- Genetic regulation of organ development Go to
- genetics & developmental biology Go to
- genetics Go to
- genetics & molecular biology Go to
- genetics & molecular biology Go to
- genetics, molecular biology Go to
- Glycogen metabolism and its disorders Go to
- growth factors Go to
- GTPase Mechanisms Go to
- GTP-binding proteins Go to
H
- hematology Go to
- Heritable gene repression in yeast Go to
- horizontal gene transfer Go to
- human biochemical genetics Go to
- human DNA helicases Go to
- human genetics Go to
- human molecular genetics Go to
- hypoxia response Go to
I
- Identification Go to
- immunogenic proteins and antigenic determinants Go to
- immunology Go to
- Immunology Go to
- immunology Go to
- Insulin and glucagon Go to
- integrin regulation and studies on their intercellular adhesion molecule ligands (ICAM) Go to
- Intracellular protein traffic Go to
- intracellular proteolysis Go to
- involvement of genetic and epigenetic gene switches in a wide range of biological processes including Type II diabetes, polycystic kidney disease Go to
- isolation and characterization of constituents of the DNA transcription machineries Go to
L
- live fluorescence microscopy Go to
- Lysosome and peroxisome Go to
M
- MAP kinases – Molecular bases of Angiogenesis – Nutrient sensors (O2, glucose) – Hypoxia signaling – Tumor microenvironment – Go to
- Mdm2 Go to
- Mechanism of oxidative phosphorylation Go to
- Mechanism of protein transport into mitochondria Go to
- mechanisms for control and catalysis in biologically important molecules. Go to
- mechanisms of drug resistance in cancer cells Go to
- membrane biogenesis Go to
- membrane traffic Go to
- metabolism and cancer Go to
- methodologies for gene therapy Go to
- microbial genetics Go to
- microbial genetics Go to
- Microbial genetics Go to
- Microbial metabolism, with special emphasis on study of mechanisms of carbohydrate transport and their regulation Go to
- microbiology & biotechnology Go to
- mismatch repair Go to
- Mitochondrial diseases Go to
- Mitochondrial genomics and proteomics Go to
- mitochondrial physiology Go to
- mitochondrial proteome Go to
- mobile genetic elements Go to
- Modern theory of molecular biology Go to
- molecular and cell biology of cancer and inflammation Go to
- Molecular and Cellular Biology Go to
- molecular biology Go to
- Molecular biology Go to
- Molecular Biology Go to
- molecular biology Go to
- Molecular biology Go to
- molecular biology Go to
- molecular biology Go to
- molecular biology Go to
- molecular biology of tumor viruses Go to
- molecular biophysics Go to
- molecular carcinogenesis Go to
- molecular cell biology Go to
- molecular & cell biology Go to
- Molecular chaperones Go to
- molecular & developmental biology Go to
- molecular genetics Go to
- molecular genetics Go to
- molecular genetics Go to
- Molecular genetics Go to
- Molecular genetics Go to
- molecular mechanisms of biological evolution Go to
- Molecular Medicine Go to
- molecular oncology Go to
- molecular oncology Go to
- molecular parasitology (gene expression in trypanosomes and Leishmania species) Go to
- molecular virology Go to
- molecular virology Go to
- Molecular virology Go to
- morphogenesis/development/Drosophila/cytoskeleton/innate immunity Go to
- Morphology, fusion and fission of mitochondria Go to
- Motility and inheritance of mitochondria Go to
- mouse models of cancer Go to
N
- Na+-H+ antiporters Go to
- nitrogen fixation Go to
- nuclear envelope Go to
- nuclear organization Go to
- nuclear pore complex Go to
- nucleic acid chemistry Go to
- nucleic acid stereochemistry Go to
- nucleocytoplasmic transport Go to
- nucleolus, sumoylation Go to
- nucleosome Go to
O
- Origin of life Go to
P
- p53 Go to
- pathology of collagene Go to
- pharmaceuticals Go to
- pH control Go to
- physical biochemistry Go to
- phytopathology Go to
- plant-bacterium interactions Go to
- plant-based recombinant vaccines Go to
- plant biochemistry Go to
- plant biotechnology Go to
- Plant cell cycle regulation Go to
- Plant controlled differentiation of bacteria Go to
- Plant-microbe interactions Go to
- plant molecular biology Go to
- plant molecular biology Go to
- plant molecular biology Go to
- plant natural products Go to
- protein crystallography Go to
- protein ultrastructure Go to
- Public discussion on biofuels Go to
- purification and characterization of mammalian pre-mRNA splicing factors Go to
R
- rapid reaction techniques, spectroscopy of macromolecules, biochemical modifications, thermodynamics and structural biology of proteins Go to
- ras oncogenes Go to
- Rational drug design and cancer treatment Go to
- Receptors and signal transduction Go to
- recombinant proteins - design and biotechnology Go to
- RecQ helicases Go to
- regulation of gene expression by epigenetic principles Go to//
- regulation of human DNA replication at the molecular level Go to
- regulatory regions of messenger RNA Go to
- replication checkpoint kinases Go to
- replication Go to
- ribosome biogenesis and export nuclear envelope organization Go to
S
- signal transduction Go to
- signal transduction Go to
- site-specific recombination Go to
- Sound absorption Go to
- spatiotemporal aspects of calcium signalling with particular emphasis on neural signalling, cardiac contractility and cell proliferation Go to Go to
- stem cell biology Go to
- structural biochemistry Go to
- structural biology and bioinformatics Go to
- structural biology Go to
- structural biology Go to
- structural biophysics and bioinformatics of RNA molecules Go to
- structural virology Go to
- Structure and action of transfer DNA (deoxyribonucleic acid) Go to
- Structure and biogenesis of cell organelles, in particular of mitochondria Go to
- Structure and function of membrane proteins Go to
- Structure and function of proteins and nucleic acids Go to
- structure, function, folding and evolution of proteins, with particular attention for metalloproteins involved in the transport and activation of molecular oxygen, in electron transfer and energy transduction Go to
- Symbiotic nitrogen fixation Go to
- symbiotic nitrogen fixation Go to
- systems biology Go to
- Systems Biology Go to
T
- telomeres Go to
- the development of organs such as the heart and liver Go to
- the molecular interactions that lead to eukaryotic gene activation Go to
- Theory of electrolytes Go to
- Thermal conductivity Go to
- Thermodynamic properties of water and aqueous solutions Go to
- the role of calcium (Ca2+) in the mode of action of hormones and neurotransmitters Go to
- the role of inositol lipids in the action of calcium-mobilizing hormones Go to
- thrombin receptor signaling Go to
- transcription-coupled mRNA export Go to
- transcription factors Go to
- Transformation products of arachidonic acid Go to
- tumor-stroma interactions Go to
- tumor suppressors Go to
- tumour biology Go to
U
- ubiquination, transcription Go to
- ubiquitin Go to
- ubiquitin Go to
- ubiquitin Go to
- understanding the molecular mechanism of how ATP is made Go to
- unusual nucleotides in DNA (Base J, a new base in DNA of kinetoplastid flagellates, discovered in Amsterdam) Go to
X
- X-ray crystallography Go to
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