https://github.com/CNG-LAB/cngopen
Tip revision: 07d4a1a03267dac12ac8bfbccc8e09049cac9f31 authored by Bin Wan on 09 August 2022, 14:58:28 UTC
Update readme.md
Update readme.md
Tip revision: 07d4a1a
readme.md
# Wellcome to the cng-hippocampus project!
![alt text](https://github.com/CNG-LAB/cngopen/blob/main/hippocampus/image.png)
# 3D plots for the heritability results:
[G1-FC-heritability for SUB](http://akne.unxz.net/~sheyma/hippocampus_figures/herit_G1_FC_LSUB.html)
[G1-FC-heritability for CA](http://akne.unxz.net/~sheyma/hippocampus_figures/herit_G1_FC_LCA.html)
[G1-FC-heritability for DG](http://akne.unxz.net/~sheyma/hippocampus_figures/herit_G1_FC_LDG.html)
[G2-FC-heritability for SUB](http://akne.unxz.net/~sheyma/hippocampus_figures/herit_G2_FC_LSUB.html)
[G2-FC-heritability for CA](http://akne.unxz.net/~sheyma/hippocampus_figures/herit_G2_FC_LCA.html)
[G2-FC-heritability for DG](http://akne.unxz.net/~sheyma/hippocampus_figures/herit_G2_FC_LDG.html)
[T1w/T2w-heritability for SUB](http://akne.unxz.net/~sheyma/hippocampus_figures/herit_T1wT2w_LSUB.html)
[T1w/T2w-heritability for CA](http://akne.unxz.net/~sheyma/hippocampus_figures/herit_T1wT2w_LCA.html)
[T1w/T2w-heritability for DG](http://akne.unxz.net/~sheyma/hippocampus_figures/herit_T1wT2w_LDG.html)
### Introduction for the repo
----------
`hippocampus/scripts/*.py` -> computing individual- and group-level measures
`hippocampus/scripts/*.ipynb` -> visualizing results for hippocampal subfields and cortex
`hippocampus/scripts/plot_funcs.py` -> in-house plotting for subfield surfaces and spider plots
`hippocampus/solar` -> heritability and genetic correlation results from [SOLAR](http://www.solar-eclipse-genetics.org/)
`hippocampus/data` -> group-level data used to report results
### Dependencies
----------
`Python 3.7`
[BrainSpace](https://github.com/MICA-MNI/BrainSpace)
[BrainStat](https://github.com/MICA-MNI/BrainStat)
our conda environment `hippoc`
### Contributors
----------
- Şeyma Bayrak - Max Planck Institute for Human Cognitive and Brain Sciences
- Sofie Valk - Max Planck Institute for Human Cognitive and Brain Sciences