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| ||<style="font-size:12pt; ;text-align:center;vertical-align:bottom">'''Session''' ||<style="font-size:12pt; ;text-align:center;vertical-align:bottom">'''Mon''' ||<style="font-size:12pt; ;text-align:center;vertical-align:bottom">'''Tue''' ||<style="font-size:12pt; ;text-align:center;vertical-align:bottom">'''Wed''' ||<style="font-size:12pt; ;text-align:center;vertical-align:bottom">'''Thur''' ||<style="font-size:12pt; ;text-align:center;vertical-align:bottom">'''Fri''' || || || ||<style="font-size:10pt; ;text-align:center;vertical-align:bottom">'''1''' ||<style="font-size:10pt; ;text-align:center">Complementary skills ||<style="font-size:10pt; ;text-align:center">Complementary skills ||<style="font-size:10pt; ;text-align:center">Mathematical principles of metabolic network analysis (CS) ||<style="font-size:10pt; ;text-align:center">Linear Programming and Flux Balance Analysis of metabolic networks (OE) ||||<style="font-size:10pt; ;text-align:center">Modelling photosynthesisin Rice (MP) || || ||<style="font-size:10pt; ;text-align:center;vertical-align:bottom">'''2''' ||<style="font-size:10pt; ;text-align:center">Complementary skills ||<style="font-size:10pt; ;text-align:center">Complementary skills ||<style="font-size:10pt; ;text-align:center">Metabolic nework analysis of eukaryotic photosynthesis (MP) ||<style="font-size:10pt; ;text-align:center">LP and FBA with Python and ScrumPy (MP) ||||<style="font-size:10pt; ;text-align:center">Modelling energy metabolism in ''Salmonella ''(HH) || || ||<style="font-size:10pt; ;text-align:center;vertical-align:bottom">'''Lunch''' ||<style="font-size:10pt; ;text-align:center"> || || || || || || || ||<style="font-size:10pt; ;text-align:center;vertical-align:bottom">'''3''' ||<style="font-size:10pt; ;text-align:center">Complementary skills ||<style="font-size:10pt; ;text-align:center">Mathematical representations of metabolic networks, (DF) ||<style="font-size:10pt; ;text-align:center">Biotechnological applications of metabolic network analysis (DF) ||<style="font-size:10pt; ;text-align:center">'''Practical '''- Elementary modes of photosynthesis ||||||<style="font-size:10pt; ;text-align:center">'''Practical '''- FBA on small models || ||<style="font-size:10pt; ;text-align:center;vertical-align:bottom">'''4''' ||<style="font-size:10pt; ;text-align:center">Complementary skills ||<style="font-size:10pt; ;text-align:center">Computational representation of metabolic networks. (MP) ||<style="font-size:10pt; ;text-align:center">'''Practical''' - Python and ScrumPy ||<style="font-size:10pt; ;text-align:center">'''Practical '''- Elementary modes of photosynthesis (ctd.) ||||||<style="font-size:10pt; ;text-align:center">'''Practical''' - FBA on genome-scale models || |
Please follow [[Meetings/Riga2013/Practicals/ScrumPyVM | these instructions]] to install ScrumPy on your lap-top, before you arrive in Oxford. ||<tablewidth="1188px" tableheight="216px" tablestyle=""style="font-size:12pt; ;text-align:center;vertical-align:bottom">'''Session''' ||<style="font-size:12pt; ;text-align:center;vertical-align:bottom">'''Mon''' ||<style="font-size:12pt; ;text-align:center;vertical-align:bottom">'''Tue''' ||<style="font-size:12pt; ;text-align:center;vertical-align:bottom">'''Wed''' ||<style="font-size:12pt; ;text-align:center;vertical-align:bottom">'''Thur''' ||<style="font-size:12pt; ;text-align:center;vertical-align:bottom">'''Fri''' || || ||<style="font-size:10pt; ;text-align:center;vertical-align:bottom">'''1''' ||<style="font-size:10pt; ;text-align:center">Complementary skills ||<style="font-size:10pt; ;text-align:center">Complementary skills ||<style="font-size:10pt; ;text-align:center">Mathematical principles of metabolic network analysis (CS) ||<style="font-size:10pt; ;text-align:center">Linear Programming and Flux Balance Analysis of metabolic networks (OE) ||||<style="font-size:10pt; ;text-align:center">Modelling photosynthesisin Rice (MP) || || ||<style="font-size:10pt; ;text-align:center;vertical-align:bottom">'''2''' ||<style="font-size:10pt; ;text-align:center">Complementary skills ||<style="font-size:10pt; ;text-align:center">Complementary skills ||<style="font-size:10pt; ;text-align:center">Metabolic nework analysis of eukaryotic photosynthesis (MP) ||<style="font-size:10pt; ;text-align:center">LP and FBA with Python and ScrumPy (MP) ||||<style="font-size:10pt; ;text-align:center">Modelling energy metabolism in ''Salmonella ''(HH) || || ||<style="font-size:10pt; ;text-align:center;vertical-align:bottom">'''Lunch''' ||<style="font-size:10pt; ;text-align:center"> || || || || || || || ||<style="font-size:10pt; ;text-align:center;vertical-align:bottom">'''3''' ||<style="font-size:10pt; ;text-align:center">Complementary skills ||<style="font-size:10pt; ;text-align:center">Mathematical representations of metabolic networks, (DF) ||<style="font-size:10pt; ;text-align:center">Biotechnological applications of metabolic network analysis (DF) ||<style="font-size:10pt; ;text-align:center">'''Practical '''- Elementary modes of photosynthesis ||||||<style="font-size:10pt; ;text-align:center">'''Practical '''- FBA on small models || ||<style="font-size:10pt; ;text-align:center;vertical-align:bottom">'''4''' ||<style="font-size:10pt; ;text-align:center">Complementary skills ||<style="font-size:10pt; ;text-align:center">Computational representation of metabolic networks. (MP) ||<style="font-size:10pt; ;text-align:center">'''Practical''' - Python and ScrumPy ||<style="font-size:10pt; ;text-align:center">'''Practical '''- Elementary modes of photosynthesis (ctd.) ||||||<style="font-size:10pt; ;text-align:center">'''Practical''' - FBA on genome-scale models || |
Under Construction
Please follow these instructions to install ScrumPy on your lap-top, before you arrive in Oxford.
Session |
Mon |
Tue |
Wed |
Thur |
Fri |
|
|
1 |
Complementary skills |
Complementary skills |
Mathematical principles of metabolic network analysis (CS) |
Linear Programming and Flux Balance Analysis of metabolic networks (OE) |
Modelling photosynthesisin Rice (MP) |
|
|
2 |
Complementary skills |
Complementary skills |
Metabolic nework analysis of eukaryotic photosynthesis (MP) |
LP and FBA with Python and ScrumPy (MP) |
Modelling energy metabolism in Salmonella (HH) |
|
|
Lunch |
|
|
|
|
|
|
|
3 |
Complementary skills |
Mathematical representations of metabolic networks, (DF) |
Biotechnological applications of metabolic network analysis (DF) |
Practical - Elementary modes of photosynthesis |
Practical - FBA on small models |
||
4 |
Complementary skills |
Computational representation of metabolic networks. (MP) |
Practical - Python and ScrumPy |
Practical - Elementary modes of photosynthesis (ctd.) |
Practical - FBA on genome-scale models |
||