#!/usr/bin/env python
# coding: utf-8

# ![Alt text](images/cameo_logo.png)

# ## Computer aided metabolic engineering and optimization of cell factories

# ...

# ### Materials for metabolic engineers
# 
# The following notebooks document the user interface of cameo.
# 
# * [Quick start guide](01-quick-start.ipynb)
# * [High-level-API](08-high-level-API.ipynb)
# * [Case study: vanillin production](09-vanillin-production.ipynb)
# 

# ### Materials for modelers and method developers
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# The following notebooks are targeting modelers that want low-level access and people that want use the cameo library to develop their _in silico_ strain design methods and pipelines.
# 
# * [Import metabolic models](02-import-models.ipynb): load models from files or from the internet.
# * [Simulate metabolic models](03-simulate-models.ipynb): compute fluxes using d
# * [Analyze metabolic models](04-analyze-models.ipynb)
# * [Gene deletetion strategies](05-predict-gene-knockout-strategies.ipynb)
# * [Gene expression modulation](06-predict-gene-modulation-targets.ipynb)
# * [Heterlogous pathways](07-predict-heterologous-pathways.ipynb)
# * [Parallelize computations](11-multiprocess.ipynb)
# * [Custom heuristic optimization methods](12-advanced-usage-of-heuristic-optimization.ipynb)

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