| Line 5: | Line 5: | ||
*[http://ccy.zcu.cz/files/ZMB_2016/Lectures/Lecture2.pdf LECTURE 2 (Genetic network schematics)] | *[http://ccy.zcu.cz/files/ZMB_2016/Lectures/Lecture2.pdf LECTURE 2 (Genetic network schematics)] | ||
*[http://ccy.zcu.cz/files/ZMB_2016/Lectures/Lecture3.pdf LECTURE 3 (Solving Chemical Reaction Networks)] | *[http://ccy.zcu.cz/files/ZMB_2016/Lectures/Lecture3.pdf LECTURE 3 (Solving Chemical Reaction Networks)] | ||
| + | *for lectures on gene expression, one-node, two-node, three-node, multi-node motifs see notes | ||
| + | |||
| + | Assignment | ||
| + | *[http://ccy.zcu.cz/files/ZMB_2017/ASSIGNMENT/FinalProject_2017_en.docx Final Project] | ||
MATLAB | MATLAB | ||
Revision as of 11:21, 12 May 2017
Lectures
- LECTURE 1 (Overview of Synthetic Biology)
- LECTURE 2 (Genetic network schematics)
- LECTURE 3 (Solving Chemical Reaction Networks)
- for lectures on gene expression, one-node, two-node, three-node, multi-node motifs see notes
Assignment
MATLAB
- gelProcess.m (Matlab script for computing gel intensities)
- plotshaded.m (Matlab support function for plotCells.m)
- plotCells.m (Matlab function for plotting CeCe results)
CECE
- channel-straight.svg (straight channel topology)
- channel-chamber.svg (example of a channel chamber)
- ZMB_NAR.cece (NAR simulation file)
EXPERIMENTS
