DATE
|
PRESENTER
|
TOPIC (Click topic for seminar
report)
|
OPPONENT
|
14.2.
|
Esa
Pitkänen
|
Modeling
and identification
of biological networks.
|
Sirkku Karinen |
21.2.
|
Marko
Laakso
|
Reconstructing
the metabolic network of a bacterium from its genome. |
Riku Louhimo
|
21.2.
|
Paula
Jouhten
|
Identification
of Genome-Scale
Metabolic Network Models Using
Experimentally Measured Flux Profiles. |
Ville Vahervuori
|
14.3.
|
Cheng Lu
|
Completion
of Biological
Networks with Output Kernel Trees
|
Marko Laakso
|
14.3.
|
Markus Heinonen
|
Metabolomic
database annotations via query of elemental compositions: Mass accuracy
is insufficient even at less than 1 ppm. |
Jyrki Kankaanpää
|
21.3.
|
Ville
Vahervuori
|
Network
Biology:
Understanding the Cell's Functional Organization |
Markus Heinonen
|
| 21.3. |
Sari
Bombino |
Evidence
for dynamically
organized modularity in the yeast protein-protein interaction network.
|
Hao Wang
|
28.3.
|
Sirkku Karinen
|
Interpretation of genetic
interactions
|
Cheng Lu
|
28.3.
|
Janne
Ravantti
|
Network
motifs in the transcriptional regulation
network of Escherichia coli. |
Ari Rantanen, Juho Rousu
|
4.4.
|
Hao Wang
|
Metabolic
engineering at
system level |
Paula Jouhten
|
18.4.
|
Jyrki
Kankaanpää
|
VANTED: A system for
advanced data analysis and visualization in
the context of biological networks. |
Esa Pitkänen |
25.4.
|
Riku
Louhimo
|
The
systems biology markup language (SBML): a medium for representation and
exchange of biochemical network models. |
Sari Bombino
|
