Pilot studies
Site map
- Pilot (N=196)
- data/ contains genotype files in .bgen format
- bgen/ PLINK2 results according to .bgen files; summary outputs and sentinels/ directory are in the following directories
- 1e-5
- 1e-6
- 5e-8
- Batch 2 (N=1,488)
- data2/ contains genotype files in .bgen format
- bgen2/ PLINK2 results according to .bgen files; summary outputs and sentinels/ directory are in the following directories
- 1e-5
- 5e-8
- Comparison of pilot and batch 2
- miamiplot
- Batch 3 data (N=807)
- data3/ .bgen data
- bgen3/ PLINK2 results
- 1e-5
- 5e-8
Coding
There are apparent commonalities between batches from the list of programs and diagrams; many of which are activated as subroutines.
- Pilot
- caprion.R and caprion.ini are for data processing. Their derivatives are in the utils/ subdirectory:
- affymetrix.sh is for variant-specific association analysis.
- qctool.sb is used to extract available sample and genotypes.
- qctool.sh further extracts genotypes with MAF 0.01 only.
- plink2.sh non-SLURM version of association analysis.
- qqman.sh and qqman.R produce QQ and Manhattan plots.
- sentinels_nold.sh and merge.sh select sentinels.
- ps.sh and ps.R run through PhenoScanner.
- lookup.sh looks up for overlap with SomaLogic and Olink.
- caprion.ipynb is a Jupyter notebook with some preprocessing done by tensorqtl.sh.
- caprion.R and caprion.ini are for data processing. Their derivatives are in the utils/ subdirectory:
- Batch 2 (prefix=utils/ when unspecified)
graph TB
tensoqtl.sh
2020.sh --> EPCR-PROC/
2020.sh --> data2/affymetrix.id
qctool.sb --> qctool.sh
qctool.sh --> plink2.sh
plink2.sh --> sentinels_nold.sh
sentinels_nold.sh --> merge.sh
- Batch 3 (prefix=utils/)
graph TB
2021.sh
2021.sh --> eSet.R
2021.sh --> 2021.R
eSet.R --> 2021.R
eSet.R --> UDP.R
2021.sh --> UDP.R
UDP.R --> qctool.sb
qctool.sb --> qctool.sh
qctool.sh --> plink2.*
2021.sh --> plink2.*
plink2.* --> sentinels_nold.sh+merge.sh
Note that eSet.R
actually covers data from pilot, batches 2 and 3.
Documents
- ppr.md
- EPCR-PROC.md
- 2021.md
Reference
Klaus B, Reisenauer S (2018). An end to end workflow for differential gene expression using Affymetrix microarrays.