Journal article Open Access
Jo, Se-Young;
Kim, Eunyoung;
Kim, Sangwoo
Introduction
Scripts used for the study 'Impact of mouse contamination in genomic profiling of patient-derived models and best practice for robust analyis'. ConcatRef, Disambiguate and XenofilteR are the best suggested filtering method for general purpose. Alternatively, Xenome, XenofilteR and ConcatRef are also recommended for SNV analysis. After applying filtering method, further filtering can be achieved by blacklisting using HAMA list. Estimation of contamination ratio can be used as an indicator of whether strict or lenient blacklisting should be applied.
Description
Filtering Methods
MouseContamEstimator
Name | Size | |
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MouseContamEstimator.py
md5:1bdf21b54dc1fc8b9a9c23cceaeaaed0 |
1.7 kB | Download |
pipe_Bamcmp.sh
md5:9da47db7cbaee357296b08f9c668fa1d |
2.1 kB | Download |
pipe_BBsplit.sh
md5:da9e5bece2c89627b487d6137b31d299 |
307 Bytes | Download |
pipe_BBsplit_making_merged_ref.sh
md5:96134a707567edcdda0a79bd6bd8d9db |
324 Bytes | Download |
pipe_ConcatRef.sh
md5:483eb3e100ac16225fb539f511af4b2e |
1.1 kB | Download |
pipe_Disambiguate.sh
md5:82f1172a0993bacdf891cf67626c655e |
1.6 kB | Download |
pipe_DualRef-L.sh
md5:8f5d738f9cccfdb83351ad6016220b1c |
969 Bytes | Download |
pipe_DualRef-S.sh
md5:749ac496bfd3621f85eb66c0ee54f027 |
980 Bytes | Download |
pipe_XenofilteR.R
md5:ad40e460b9019840dcef333732fa85bf |
464 Bytes | Download |
pipe_Xenome_classify.sh
md5:76340b499e07de637bc4d5699f1b365e |
586 Bytes | Download |
pipe_Xenome_index.sh
md5:212212c59545318e6cd7c027caa4cdbc |
253 Bytes | Download |
All versions | This version | |
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Views | 281 | 281 |
Downloads | 140 | 140 |
Data volume | 138.7 kB | 138.7 kB |
Unique views | 263 | 263 |
Unique downloads | 90 | 90 |