pipeline/script/targetTherapy.pl

214 lines
8.6 KiB
Perl
Executable File
Raw Blame History

This file contains ambiguous Unicode characters!

This file contains ambiguous Unicode characters that may be confused with others in your current locale. If your use case is intentional and legitimate, you can safely ignore this warning. Use the Escape button to highlight these characters.

#!/usr/bin/perl
use strict;
use warnings;
die "useage:perl $0 name output_dir project cancer_type" unless @ARGV==4;
my ($name,$output_dir,$project,$cancer_type)=@ARGV;
##将点突变信息记录到%mut
open MUT, "/dataseq/jmdna/codes/reportbase/snv_indel_mutation.csv";
<MUT>;
my %mut;
while (<MUT>){
my @line=split(/,/);
$mut{$line[0]}{$line[1]}=$line[2];
}
##将用药信息记录到%therapy
open THERAPY,"/dataseq/jmdna/codes/reportbase/targetTherapy.txt";
my $h1=<THERAPY>;
chomp $h1;
my %therapy;
while(<THERAPY>){
chomp;
my @line=split("\t");
push @{$therapy{$line[0]}{$line[1]}},$_ if ($line[9] ne 'D' and $line[5] ne 'CSCO' and $line[2] !~/Leukemia|Lymphoma|Myeloid/i);
}
##药物翻译信息
open DRUG,"/dataseq/jmdna/codes/reportbase/target_drug.txt";
my %drug;
<DRUG>;
while(<DRUG>){
chomp;
my @line=split(/\t/);
next unless $line[1];
foreach my $drug(split(/\|/,$line[0])){
$drug{lc$drug}=$line[1];
}
}
##疾病翻译信息
open DIS,"/dataseq/jmdna/codes/reportbase/cancer_type.txt";
my (%dis,%dis2);
<DIS>;
while(<DIS>){
chomp;
my @line=split(/\t/);
$dis{lc$line[0]}=$line[1];
push @{$dis2{$line[3]}},$line[0];
push @{$dis2{$line[4]}},$line[0];
}
open IN,"$output_dir/mutation/${name}.target.mutation.txt";
open POS,">$output_dir/mutation/${name}.snvindel.pos.txt";
open NEG,">$output_dir/mutation/${name}.snvindel.neg.txt";
open VUS,">$output_dir/mutation/${name}.snvindel.vus.txt";
my $h2=<IN>;
chomp $h2;
my (@pos,@neg,@vus);
while(<IN>){
chomp;
my @line=split("\t");
$line[9]=~/:exon(\d+):c\.(\S+):p\.(\S+)$/;
my $gene=$line[6];
my $exon=$1;
my $codon=$2;
my $protein;
if($3=~/\d+X$|\d+\*$/ or $line[8] eq 'stopgain' or $line[8] eq 'frameshift deletion' or $line[8] eq 'frameshift insertion'){
$protein='Truncating Mutations';
}else{
$protein=$3;
}
my $mut_type=($codon=~/del/)?("Exon $exon deletion"):($codon=~/ins/)?("Exon $exon insertion"):("Exon $exon mutation");
##若突变不存在于%mut,写入@vus,若突变存在于%mut且neutral写入@neg;若基因不存在于%therapy写入@vus;
if (not exists $mut{$gene}{$protein}){
if ($line[15]=~/benign/i and $line[15]!~/sensitivity|pathogenic|uncertain|\./i and $line[14] ne '.'){
push @neg,"$_\t.";
}else{
push @vus,"$_\t.";
}
}else{
if ($mut{$gene}{$protein}=~/neutral/i){
push @neg,"$_\t$mut{$gene}{$protein}";
}elsif ($mut{$gene}{$protein}=~/Inconclusive/i){
push @vus,"$_\t$mut{$gene}{$protein}";
}else{
if (not exists $therapy{$gene}){
if ($line[15]=~/benign/i and $line[15]!~/sensitivity|pathogenic|uncertain|\./i and $line[14] ne '.'){
push @neg,"$_\t$mut{$gene}{$protein}";
}else{
push @vus,"$_\t$mut{$gene}{$protein}";
}
}else{
my $bool=0;
##
if(exists $therapy{$gene}{$protein}){
foreach my $entry(@{$therapy{$gene}{$protein}}){
my @line=split("\t",$entry);
if (($line[5] eq "FDA" or $line[5] eq "NCCN" or $line[5] eq "NMPA") and (lc$line[2] eq "solid tumor" or grep{lc$line[2] eq lc$_}@{$dis2{$cancer_type}})){
push @pos,"$_\t$mut{$gene}{$protein}\t".join("\t",@line[0..9,14])."\t适应症"."\t".&drug($line[3])."\t".$dis{lc$line[2]};$bool=1;
}elsif(($line[5] eq "FDA" or $line[5] eq "NCCN" or $line[5] eq "NMPA") and (lc$line[2] ne "solid tumor" and grep{lc$line[2] ne lc$_}@{$dis2{$cancer_type}})){
push @pos,"$_\t$mut{$gene}{$protein}\t".join("\t",@line[0..9,14])."\t非适应症"."\t".&drug($line[3])."\t".$dis{lc$line[2]};$bool=1;
}elsif(lc$line[2] eq "solid tumor" or grep{lc$line[2] eq lc$_}@{$dis2{$cancer_type}}){
push @pos,"$_\t$mut{$gene}{$protein}\t".join("\t",@line[0..9,14])."\t\.\t".&drug($line[3])."\t".$dis{lc$line[2]};$bool=1;
}
}
}
##
if(exists $therapy{$gene}{'Mutation'}){
foreach my $entry(@{$therapy{$gene}{'Mutation'}}){
my @line=split("\t",$entry);
if (($line[5] eq "FDA" or $line[5] eq "NCCN" or $line[5] eq "NMPA") and (lc$line[2] eq "solid tumor" or grep{lc$line[2] eq lc$_}@{$dis2{$cancer_type}})){
push @pos,"$_\t$mut{$gene}{$protein}\t".join("\t",@line[0..9,14])."\t适应症"."\t".&drug($line[3])."\t".$dis{lc$line[2]};$bool=1;
}elsif(($line[5] eq "FDA" or $line[5] eq "NCCN" or $line[5] eq "NMPA") and (lc$line[2] ne "solid tumor" and grep{lc$line[2] ne lc$_}@{$dis2{$cancer_type}})){
push @pos,"$_\t$mut{$gene}{$protein}\t".join("\t",@line[0..9,14])."\t非适应症"."\t".&drug($line[3])."\t".$dis{lc$line[2]};$bool=1;
}elsif(lc$line[2] eq "solid tumor" or grep{lc$line[2] eq lc$_}@{$dis2{$cancer_type}}){
push @pos,"$_\t$mut{$gene}{$protein}\t".join("\t",@line[0..9,14])."\t\.\t".&drug($line[3])."\t".$dis{lc$line[2]};$bool=1;
}
}
}
##
if($protein=~/^(\w\d+)\w$/ and exists $therapy{$gene}{$1}){
foreach my $entry(@{$therapy{$gene}{$1}}){
my @line=split("\t",$entry);
if (($line[5] eq "FDA" or $line[5] eq "NCCN" or $line[5] eq "NMPA") and (lc$line[2] eq "solid tumor" or grep{lc$line[2] eq lc$_}@{$dis2{$cancer_type}})){
push @pos,"$_\t$mut{$gene}{$protein}\t".join("\t",@line[0..9,14])."\t适应症"."\t".&drug($line[3])."\t".$dis{lc$line[2]};$bool=1;
}elsif(($line[5] eq "FDA" or $line[5] eq "NCCN" or $line[5] eq "NMPA") and (lc$line[2] ne "solid tumor" and grep{lc$line[2] ne lc$_}@{$dis2{$cancer_type}})){
push @pos,"$_\t$mut{$gene}{$protein}\t".join("\t",@line[0..9,14])."\t非适应症"."\t".&drug($line[3])."\t".$dis{lc$line[2]};$bool=1;
}elsif(lc$line[2] eq "solid tumor" or grep{lc$line[2] eq lc$_}@{$dis2{$cancer_type}}){
push @pos,"$_\t$mut{$gene}{$protein}\t".join("\t",@line[0..9,14])."\t\.\t".&drug($line[3])."\t".$dis{lc$line[2]};$bool=1;
}
}
}
#
if($protein=~/^(\w\d+)\w$/ and exists $therapy{$gene}{$1."X"}){
foreach my $entry(@{$therapy{$gene}{$1."X"}}){
my @line=split("\t",$entry);
if (($line[5] eq "FDA" or $line[5] eq "NCCN" or $line[5] eq "NMPA") and (lc$line[2] eq "solid tumor" or grep{lc$line[2] eq lc$_}@{$dis2{$cancer_type}})){
push @pos,"$_\t$mut{$gene}{$protein}\t".join("\t",@line[0..9,14])."\t适应症"."\t".&drug($line[3])."\t".$dis{lc$line[2]};$bool=1;
}elsif(($line[5] eq "FDA" or $line[5] eq "NCCN" or $line[5] eq "NMPA") and (lc$line[2] ne "solid tumor" and grep{lc$line[2] ne lc$_}@{$dis2{$cancer_type}})){
push @pos,"$_\t$mut{$gene}{$protein}\t".join("\t",@line[0..9,14])."\t非适应症"."\t".&drug($line[3])."\t".$dis{lc$line[2]};$bool=1;
}elsif(lc$line[2] eq "solid tumor" or grep{lc$line[2] eq lc$_}@{$dis2{$cancer_type}}){
push @pos,"$_\t$mut{$gene}{$protein}\t".join("\t",@line[0..9,14])."\t\.\t".&drug($line[3])."\t".$dis{lc$line[2]};$bool=1;
}
}
}
#
if(exists $therapy{$gene}{$mut_type}){
foreach my $entry(@{$therapy{$gene}{$mut_type}}){
my @line=split("\t",$entry);
if (($line[5] eq "FDA" or $line[5] eq "NCCN" or $line[5] eq "NMPA") and (lc$line[2] eq "solid tumor" or grep{lc$line[2] eq lc$_}@{$dis2{$cancer_type}})){
push @pos,"$_\t$mut{$gene}{$protein}\t".join("\t",@line[0..9,14])."\t适应症"."\t".&drug($line[3])."\t".$dis{lc$line[2]};$bool=1;
}elsif(($line[5] eq "FDA" or $line[5] eq "NCCN" or $line[5] eq "NMPA") and (lc$line[2] ne "solid tumor" and grep{lc$line[2] ne lc$_}@{$dis2{$cancer_type}})){
push @pos,"$_\t$mut{$gene}{$protein}\t".join("\t",@line[0..9,14])."\t非适应症"."\t".&drug($line[3])."\t".$dis{lc$line[2]};$bool=1;
}elsif(lc$line[2] eq "solid tumor" or grep{lc$line[2] eq lc$_}@{$dis2{$cancer_type}}){
push @pos,"$_\t$mut{$gene}{$protein}\t".join("\t",@line[0..9,14])."\t\.\t".&drug($line[3])."\t".$dis{lc$line[2]};$bool=1;
}
}
}
if ($bool==0){
if ($line[15]=~/benign/i and $line[15]!~/sensitivity|pathogenic|uncertain|\./i and $line[14] ne '.'){
push @neg,"$_\t$mut{$gene}{$protein}";
}else{
push @vus,"$_\t$mut{$gene}{$protein}";
}
}
}
}
}
}
sub drug{
my $drugs=shift @_;
my @translation;
foreach my $drug(split(/,/,$drugs)){
if ($drug=~/\+/){
my $plus;
foreach my $drug_c(split(/\s+\+\s+/,$drug)){
my $new=(exists $drug{lc$drug_c})?$drug{lc$drug_c}:($drug_c);
$plus.=" + $new";
}
$plus=~s/^ \+ //;
push @translation,$plus;
}else{
my $new=(exists $drug{lc$drug})?$drug{lc$drug}:($drug);
push @translation,$new;
}
}
return(join(",",@translation));
}
my $h=$h2."\tfun_change\t".join("\t",(split("\t",$h1))[0..9,14])."\t标签\t药物中文名\t疾病中文名";
if(@pos){
print POS "$h\n";
print POS join("\n",@pos)."\n";
}
if(@neg){
print NEG $h2."\tfun_change\n";
print NEG join("\n",@neg)."\n";
}
if(@vus){
print VUS $h2."\tfun_change\n";
print VUS join("\n",@vus)."\n";
}