|
Saturday,
September 16th |
|
W.
ANSORGE
|
Challenges for Europe in a changing
world: aspects of bio-medical technology development and transfer in
Europe
|
|
Sunday,
September
17th |
|
G.
KLEBE
|
Cavbase: a new taxonomy for proteins
and ligands
|
|
W.
ANSORGE
|
Technology and techniques in
bio-medical field
|
|
M.
RADMAN
|
The molecular genetics of
biodiversification
|
|
P. J. G. BUTLER
|
Genetic modification: The techniques
underlying sequencing, protein production and much
else |
|
J. E.
LADBURY
|
The use of isothermal titration
calorimetry to characterize protein-ligand
interactions |
|
P. M.
BAYLEY
|
Calmodulin-target
interactions
|
|
Monday,
September
18th |
|
V.
KHRAMTSOV
|
Low-field
EPR-based spectroscopy and imaging techniques: an introduction |
|
A.
GRONENBORN |
Protein – NMR, a
primer |
|
I. C. P.
SMITH |
Magnetic resonance spectroscopy and
the early detection of cancer in human
subjects |
|
C. OTTO
|
Raman spectroscopy and microscopy: a
tool for cell biology |
|
M.
RADMAN |
Discussion
club
|
|
W.
ANSORGE
|
Genome, proteins and single cell
analysis |
|
M.
RADMAN
|
The molecular biology of cellular
robustness: the case of Deinococcus
radiodurans |
|
A.GRONENBORN
I. C. P.
SMITH |
Discussion
club |
|
Tuesday,
September
19th |
|
M.
RADMAN
|
Real-time monitoring of the
horizontal gene transfer in bacteria on the single-cell
level |
|
A. GRONENBORN
|
Anything goes: protein structure
polymorphism |
|
V.
KHRAMTSOV
|
NMR vs.
EPR spin trapping: new insight into antioxidant mechanisms of the
nitroxides and nitrones |
|
P. M.
BAYLEY
|
Unconventional
myosins |
|
J. E.
LADBURY |
Discussion
club |
|
Wednesday,
September
20th |
|
I. C. P.
SMITH
|
Infrared spectroscopy and the
diagnosis of human disease |
|
A. GRONENBORN
|
Anything goes: protein structure
polymorphism |
|
V.
KHRAMTSOV
|
NMR vs.
EPR spin trapping: new insight into antioxidant mechanisms of the
nitroxides and nitrones |
|
D. PAVUNA
|
From solid state to bio-complexity:
on the science of emergence |
|
C. OTTO
|
Coherent anti-Stokes Raman
spectroscopy and microscopy: technique, applications and prospects in
biology |
|
S. BOXER
|
Electrostatics and dynamics in
proteins |
|
S. J. WODAK
|
Predictions of protein-protein
interactions |
|
Thursday,
September
21st |
|
I. C. P.
SMITH
|
The use of bioinformatics to analyze
complex spectroscopic data for diagnosis of
disease |
|
G.
KLEBE |
Virtual ligand screening: a method to
discover new drug leads |
|
S. J. WODAK
|
Native amino acid sequences are near
optimal for their structure in the protein core but not on the
surface |
|
J.
PETER-KATALINIĆ |
Mass Spectrometry and
biophysics |
|
G.KLEBE
S.
J. WODAK |
Discussion
club |
|
S. BOXER
|
Biophysics and photobiology:
photosynthetic
reaction centers and green
fluorescent protein |
|
C. OTTO
|
NADPH oxidase in neutrophilic
granulocytes: fluorescence and Raman microscopy of
phagocytosis |
|
P. M. BAYLEY
|
Biopolymers: microtubules and
amyloids |
|
A.
GRONENBORN
C. OTTO
|
Discussion
club |
|
Friday,
September
22th |
|
S. BOXER
|
Patterned bilayers and tethered
vesicles: soft nanoscience |
|
J. E.
LADBURY |
The effects of solvent in dictating
the thermodynamics of protein-ligand
interactions |
|
S. J. WODAK |
Empirical force-field for
protein-protein docking and protein design |
|
G.
KLEBE
|
Novel leads for selective antibiotics
against shigellosis by virtual screening, crystallography and
synthesis
|
|
S.
BOXER |
Discussion
club |
|
A. GRÄSLUND
|
Biophysical studies of cell
penetrating peptides – vehicles for cargo transport across cell
membranes |
|
J.
PETER-KATALINIĆ |
Mass Spectrometry and
proteomics |
|
C.
CANTOR |
DNA mass spectrometry: Principles and
applications to genetic diagnostics |
|
Saturday,
September
23rd |
|
C. CANTOR
|
Sequencing DNA by mass spectrometry
and applications to cancer biomarkers |
|
J.
PETER-KATALINIĆ |
Mass Spectrometry and
glycomics |
|
A. GRÄSLUND
|
The Alzheimer Aβ peptide: secondary
structures, aggregation and molecular
interactions |
|
J. E. LADBURY
|
Tyrosine kinase signalling is complex
and time consuming – formation of protein complexes to modulate signal
transduction |
|
V. KHRAMTSOV
|
Discussion
club |
|
J. L. R. ARRONDO
|
Infrared spectroscopy: a useful tool
to study biomolecular interactions |
|
C.
CANTOR |
Introduction to quantitative systems
biology |
|
A.
GRÄSLUND |
Roles of the
FeIII-FeIV cluster in ribonucleotide reductase for
the catalytic activity of the enzyme |
|
Sunday,
September
24rd |
|
N.
BAN
|
X-ray crystallographic structure
determination of large asymmetric macromolecular
assemblies |
|
L. FORRÓ
|
Elastic properties of individual
biostructures |
|
P. J. G. BUTLER:
|
Analytical centrifugation: loooking
at aggregation in free solution |
|
J. L. R. ARRONDO
|
Two-dimensional infrared
spectroscopy |
|
J. L. R.
ARRONDO |
Discussion
club |
|
L.
FORRÓ |
Infrared spectroscopy of
biomaterials |
|
J. L. R.
ARRONDO |
Infrared studies of
lipoproteins |
|
K. T.
SAPRA
K.P.
SINGH |
Seminar sessions
|
|
N. BAN
|
Discussion club
|
|
Tuesday,
September
26th
|
|
N. BAN
|
Ribosome architecture and functional
aspects of protein synthesis |
|
N.
BAN
|
Structural basis of fatty acid
synthesis in eukaryotes |
|
W. KÜHLBRANDT
|
Crystallisation of membrane
proteins |
|
L. A. BAGATOLLI
|
Giant unilamellar vesicles, a novel
model system to study lipid-lipid and lipid-protein
interactions |
|
L. FORRO
|
Discussion
club |
|
P. J. G.
BUTLER |
Hepatitis B Virus (HBV): the
life-cycle and assembly of a complex virus |
|
I. ĐIKIĆ
|
Cell signalling by
ubiquitylation |
|
Wednesday,
September
27th
|
|
A. WATTS
|
Principles of solid state NMR for the
study of biomolecules |
|
A. WATTS
|
Solid state NMR for structural studies of large integral membrane proteins |
|
I.
ĐIKIĆ |
Receptor downregulation and endocytic
adaptor proteins |
|
W. KÜHLBRANDT
|
Electron cryo-microscopy of membrane
proteins |
|
I.
ĐIKIĆ
W. KÜHLBRANDT
|
Discussion
club |
|
L.
A. BAGATOLLI
|
Lateral structure of biological
membranes: lessons from model systems |
|
L.
A. BAGATOLLI
|
Two photon excitation fluorescence
microscopy: foundations and applications |
|
L.
A. BAGATOLLI |
Discussion
club |
|
Thursday,
September
28th |
|
A. WATTS |
Receptor dynamics and structure in
membranes resolved using solid state NMR |
|
W. KÜHLBRANDT
|
Conformational changes and molecular
mechanisms of membrane transport proteins |
|
I. ĐIKIĆ
|
Ubiquitin signals in regulation of
DNA damage tolerance and repair |
|
L.
FORRÓ |
Oxidative stress of biological
structures |
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