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cnvkit.py batch ./alignment/*T.bam --normal ./alignment/*N.bam --fasta $GENOME --targets $BED --annotate $ANNOTATE
Using the .call.cns results output by the parameters above, I got the following heatmap.
cnvkit.py batch ./alignment/*T.bam --normal ./alignment/*N.bam --fasta $GENOME --targets $BED --annotate $ANNOTATE
Using the .call.cns results output by the parameters above, I got the following heatmap
Comparing the heatmaps with and without the --access option, we can find that the difference between the two is mainly concentrated in the log2CN of chrX/chrY. Without the --access option, the chrX/chrY region in the heatmap are almost all red. Is this normal? Which result should I use?
ps: The samples are all male, the -x male option has been added when drawing the heatmap.
Best regards,
Baron
The text was updated successfully, but these errors were encountered:
GENOME=./GRCh38.p13.genome.fa
ACCESS=./access-5kb.hg38.bed
cnvkit.py batch ./alignment/*T.bam --normal ./alignment/*N.bam --fasta $GENOME --targets $BED --annotate $ANNOTATE
Using the .call.cns results output by the parameters above, I got the following heatmap.
cnvkit.py batch ./alignment/*T.bam --normal ./alignment/*N.bam --fasta $GENOME --targets $BED --annotate $ANNOTATE
Using the .call.cns results output by the parameters above, I got the following heatmap
Comparing the heatmaps with and without the
--access
option, we can find that the difference between the two is mainly concentrated in the log2CN of chrX/chrY. Without the--access
option, the chrX/chrY region in the heatmap are almost all red. Is this normal? Which result should I use?ps: The samples are all male, the
-x male
option has been added when drawing the heatmap.Best regards,
Baron
The text was updated successfully, but these errors were encountered: