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| = Taught sessions = Each of these sessions will consist of a one or two lectures from the invited speakers, followed by short presentations from the students, describing their projects. Slides and additional material can be found by following the links below. == Session Topics == * [[Meetings/Delhi2012/Lectures/Session1|Session 1]]Introduction to metabolic modelling. Mathematical representation of metabolic networks. Null space and it's significance. |
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| [[Meetings/Delhi2012/Lectures/Lect_1 | Lecture 1]] | * [[Meetings/Delhi2012/Lectures/Session2|Session 2]] Null space and elementary modes. Applications of elementary modes to real systems. |
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| [[Meetings/Delhi2012/Lectures/Lect_2 | Lecture 2]] | |
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| [[Meetings/Delhi2012/Lectures/Lect_3 | Lecture 3]] | * [[Meetings/Delhi2012/Lectures/Session3|Session 3]] Linear Programming and Flux Balance Analysis. Building genome-scale metabolic models: data sources and issues. |
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| [[Meetings/Delhi2012/Lectures/Lect_4 | Lecture 4]] | |
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| [[Meetings/Delhi2012/Lectures/Lect_5 | Lecture 5]] | * [[Meetings/Delhi2012/Lectures/Session4|Session 4]] Applications of genome-scale modelling and/or metabolic scope * [[Meetings/Delhi2012/Lectures/Session5|Session 5]] Metabolic scope (if not in session 4). 2. Review and Conclusions |
Taught sessions
Each of these sessions will consist of a one or two lectures from the invited speakers, followed by short presentations from the students, describing their projects. Slides and additional material can be found by following the links below.
Session Topics
Session 1Introduction to metabolic modelling. Mathematical representation of metabolic networks. Null space and it's significance.
Session 2 Null space and elementary modes. Applications of elementary modes to real systems.
Session 3 Linear Programming and Flux Balance Analysis. Building genome-scale metabolic models: data sources and issues.
Session 4 Applications of genome-scale modelling and/or metabolic scope
Session 5 Metabolic scope (if not in session 4). 2. Review and Conclusions