Mitochondrion
Check available resources on mitochondrion and assembly
Available mitochondrion genome complete
NCBI accession | project | sample | submission | reference | size (bp) |
---|---|---|---|---|---|
NC_042226 | PRJNA541607 | N/A | 7-May-2019 | Chen et al | 16,061 |
MH536744 | PRJNA541607 | N/A | 25-Jun-2018 | Chen et al | 16,061 |
LR991693 | PRJEB42171 | SAMEA7521635 | 25-Jan-2021 | N/A (Cambridge) | 22,664 |
MT483700 | N/A | N/A | 18-May-2020 | N/A (Copenhagen) | 17,279 |
- NC_042226 and MH536744 are identicals.
- LR991693 is extracted from the genome assembly aRanTem1.1
- MT483700 is partial.
Available nuclear genome complete
We can extract mitochondrion genome sequence from nuclear genome sequence.
Genome assembly | project | sample | submission | reference |
---|---|---|---|---|
aRanTem1.1 | PRJEB42171 | SAMEA7521635 | 28-Jan-2021 | N/A (Cambridge) |
UCB_Rtem_1.0 | PRJNA550264 | SAMN12123141 | 27-Dec-2019 | N/A (Berkeley) |
- The mitochondrion assembly LR991693 is extracted from aRanTem1.1
- No mitochondrion extracted from UCB_Rtem_1
- ❗ UCB_Rtem_1 illumina raw reads necessary to extract mitogenome are not available https://www.ncbi.nlm.nih.gov/Traces/wgs/VIAC01
Designing mitochondrial baits
We considered the two high-quality mitochondrial genomes assemblies available in NCBI, MH536744 and MT483700. Despite being less properly assebmled, a third non-annotated mitocondrion sequence (LR991693) was included here since it aligned correctly except for two regions of 3500 and 1500 bp. We targeted the complete mitochondrion genome, including less conservative regions in both intragenic and coding genes. To that end, we run MAFFT to align the three above-mentioned mitochondial genomes using Geneious. Positions containing any gaps were masked and removed. Baits were designed as 180 base pairs length, spread across the entire mitochondrial genome (no overlapping sequences as no need for a mitochondrial assembly) using BaitDesigner. The T7 promoter was added to the 5' end of the baits for later transcription using the NEB kit E2040S. Altogether, there was only one ambiguity character which was simply depreciated.
As the mitochondiral genome of Rana temporaria is about 16,000 bp, 88 baits were designed per mitochondrion, we obtained a total of 286 baits. We synthetized the baits using a new technology for de-novo DNA synthesis available in TWIST. We received a equimolar pool of the baits in one unique tube.
Hybridization baits and sequencing
The baits will be received as DNA but will be rapidly transformed into RNA (to facilitate hybridization) following the same step described in the hyRAD protocol.
Hybridization will allow 5 to 10% divergence between the DNA sequence and the bait sequence, allowing a maximum of 9 SNPs per sequence captured.
The specificity of the baits will be adjusted according to the hybridization temperature, which means that two hybridization-captures are usually performed, one at 55°C and the other at 65°C (for more specificity). No species phylogenetically related to Rana temporaria are present on the ponds we sampled.
Removal of non-Rana temporaria*** sequences will be done by post-computational processing and Miseq sequencing of our eDNA samples to screen for other species present in the eDNA sample.
Preliminary results from the My Seq sequencing (Benjamin Penaud, MBB, 30/05/2023)
1- Count numer of row of the raw data
Run Miseq 329
: FOllowing individuals are missing : 3ind11, 2ind14, 1ind18, 2ind28, 1ind27
seq_tot=0
n=0
for file in Data/Miseq329/fastq/*_R1_*.fastq.gz
do
sample=$(echo $file|awk -F "/" '{print $NF}'| sed -e 's/_.*.fastq.*//g' | sort | uniq)
line=$(zcat $file|wc -l)
seq=$(echo $line/4|bc)
n=$((n+1))
seq_tot=$((seq_tot+seq))
echo -e "|"$sample"|"$seq"|"
done
moy=$((seq_tot/n))
echo "Il y a "$seq_tot" séquences en données brutes au total, soit "$moy" séquences par échantillon en moyenne"
sample | count |
---|---|
1ind15 | 42854 |
1ind17 | 67398 |
1ind28 | 44643 |
2ind11 | 123292 |
2ind12 | 89248 |
2ind13 | 104816 |
2ind18 | 103602 |
2ind19 | 90829 |
2ind27 | 141402 |
3ind10 | 218498 |
Undetermined | 96730 |
Il y a 1123312 séquences en données brutes au total, soit 102119 séquences par échantillon en moyenne
Run Miseq 330
seq_tot=0
n=0
for file in Data/Miseq330/fastq/*_R1_*.fastq.gz
do
sample=$(echo $file|awk -F "/" '{print $NF}'| sed -e 's/_.*.fastq.*//g' | sort | uniq)
line=$(zcat $file|wc -l)
seq=$(echo $line/4|bc)
n=$((n+1))
seq_tot=$((seq_tot+seq))
echo -e "|"$sample"|"$seq"|"
done
moy=$((seq_tot/n))
echo "Il y a "$seq_tot" séquences en données brutes au total, soit "$moy" séquences par échantillon en moyenne"
sample | count |
---|---|
5ind14 | 51049 |
6ind17 | 46219 |
7ind10 | 79654 |
7ind11 | 94112 |
7ind15 | 61165 |
7ind18 | 49619 |
7ind19 | 60693 |
7ind27 | 56987 |
7ind28 | 59125 |
8ind12 | 77371 |
8ind13 | 94649 |
Undetermined | 91662 |
NUmber of raw sequences at total : 822305 séquences, per sample: 68525
2- Reads quality
Miseq 329
for file in Data/Miseq329/fastq/*_R1_*.fastq.gz
do
fastqc --outdir Analysis/Miseq329/Quality/R1/ $file
done
multiqc -m fastqc Analysis/Miseq329/Quality/R1/ -o Analysis/Miseq329/Report/ -n QC_329_R1_Report
for file in Data/Miseq329/fastq/*_R2_*.fastq.gz
do
fastqc --outdir Analysis/Miseq329/Quality/R2/ $file
done
multiqc -m fastqc Analysis/Miseq329/Quality/R2/ -o Analysis/Miseq329/Report/ -n QC_329_R2_Report
Miseq 330
for file in Data/Miseq330/fastq/*_R1_*.fastq.gz
do
fastqc --outdir Analysis/Miseq330/Quality/R1/ $file
done
multiqc -m fastqc Analysis/Miseq330/Quality/R1/ -o Analysis/Miseq330/Report/ -n QC_330_R1_Report
for file in Data/Miseq330/fastq/*_R2_*.fastq.gz
do
fastqc --outdir Analysis/Miseq330/Quality/R2/ $file
done
multiqc -m fastqc Analysis/Miseq330/Quality/R2/ -o Analysis/Miseq330/Report/ -n QC_330_R2_Report
3- Demultiplexage
conda activate cutadapt
Miseq 329
mkdir Analysis/Miseq329/Demultiplex
awk '{print $3}' Data/Rana_barcodes_libs_329.csv |sort|uniq > Data/list_lib_329.txt
while read a
do
echo $a
grep "$a" Data/Rana_barcodes_libs_329.csv |awk '{print ">"$1"\n"$2}' > Data/Rana_barcodes_libs_329.fasta
cutadapt -e 0.17 --minimum-length 30 -q 10 --no-indels -g file:Data/Rana_barcodes_libs_329.fasta -o Analysis/Miseq329/Demultiplex/demux-{name}_R1.fastq.gz -p Analysis/Miseq329/Demultiplex/demux-{name}_R2.fastq.gz Data/Miseq329/fastq/"$a"_*_R1_001.fastq.gz Data/Miseq329/fastq/"$a"_*_R2_001.fastq.gz
done < Data/list_lib_329.txt
seq_tot=0
n=0
for file in Analysis/Miseq329/Demultiplex/*_R1.fastq.gz
do
sample=$(echo $file|awk -F "/" '{print $NF}'| sed -e 's/_R1.fastq.*//g' | sort | uniq)
line=$(zcat $file|wc -l)
seq=$(echo $line/4|bc)
n=$((n+1))
seq_tot=$((seq_tot+seq))
echo -e "|"$sample"|"$seq"|"
done
moy=$((seq_tot/n))
echo "Il y a "$seq_tot" séquences en sortie de démultiplexage, soit "$moy" séquences par échantillon en moyenne"
sample | count |
---|---|
demux-SPY_201_291 | 91548 |
demux-SPY_201_293 | 20675 |
demux-SPY_201_294 | 41615 |
demux-SPY_201_296 | 2417 |
demux-SPY_201_297 | 65611 |
demux-SPY_211_195 | 39569 |
demux-SPY_211_196 | 29336 |
demux-SPY_211_200 | 740 |
demux-SPY_211_201 | 65722 |
demux-SPY_211_203 | 61151 |
demux-SPY_211_210 | 59827 |
demux-SPY_211_212 | 59240 |
demux-SPY_211_213 | 64286 |
demux-unknown | 921 |
Il y a 602658 séquences en sortie de démultiplexage, soit 43047 séquences par échantillon en moyenne Suite à cette étape, 73.29% des reads ont été associés à un échantillon.
miseq 330
mkdir Analysis/Miseq330/Demultiplex
awk '{print $3}' Data/Rana_barcodes_libs_330.csv |sort|uniq > Data/list_lib_330.txt
while read a
do
echo $a
grep "$a" Data/Rana_barcodes_libs_330.csv |awk '{print ">"$1"\n"$2}' > Data/Rana_barcodes_libs_330.fasta
cutadapt -e 0.17 --minimum-length 30 -q 10 --no-indels -g file:Data/Rana_barcodes_libs_330.fasta -o Analysis/Miseq330/Demultiplex/demux-{name}_R1.fastq.gz -p Analysis/Miseq330/Demultiplex/demux-{name}_R2.fastq.gz Data/Miseq330/fastq/"$a"_*_R1_001.fastq.gz Data/Miseq330/fastq/"$a"_*_R2_001.fastq.gz
done < Data/list_lib_330.txt
seq_tot=0
n=0
for file in Analysis/Miseq330/Demultiplex/*_R1.fastq.gz
do
sample=$(echo $file|awk -F "/" '{print $NF}'| sed -e 's/_R1.fastq.*//g' | sort | uniq)
line=$(zcat $file|wc -l)
seq=$(echo $line/4|bc)
n=$((n+1))
seq_tot=$((seq_tot+seq))
echo -e "|"$sample"|"$seq"|"
done
moy=$((seq_tot/n))
echo "Il y a "$seq_tot" séquences en sortie de démultiplexage, soit "$moy" séquences par échantillon en moyenne"
sample | count |
---|---|
demux-RTE-01 | 9892 |
demux-RTE-02 | 19171 |
demux-RTE-03 | 7848 |
demux-RTE-04 | 10971 |
demux-RTE-05 | 5150 |
demux-RTE-06 | 7031 |
demux-RTE-07 | 4751 |
demux-RTE-08 | 9706 |
demux-RTE-09 | 6480 |
demux-RTE-10 | 10562 |
demux-RTE-11 | 6025 |
demux-RTE-12 | 9854 |
demux-RTE-13 | 7405 |
demux-RTE-15 | 7474 |
demux-RTE-16 | 7267 |
demux-RTE-17 | 2977 |
demux-RTE-18 | 9351 |
demux-RTE-19 | 7612 |
demux-RTE-20 | 8404 |
demux-RTE-21 | 7273 |
demux-RTE-22 | 4819 |
demux-RTE-23 | 6676 |
demux-RTE-24 | 4155 |
demux-RTE-25 | 8691 |
demux-RTE-26 | 8258 |
demux-RTE-27 | 11353 |
demux-RTE-28 | 4058 |
demux-RTE-29 | 5369 |
demux-RTE-30 | 5697 |
demux-RTE-31 | 4698 |
demux-RTE-32 | 4095 |
demux-RTE-33 | 7915 |
demux-RTE-34 | 8185 |
demux-RTE-35 | 13238 |
demux-RTE-36 | 9931 |
demux-RTE-37 | 5676 |
demux-RTE-38 | 4741 |
demux-RTE-39 | 4131 |
demux-RTE-40 | 12296 |
demux-RTE-41 | 8185 |
demux-RTE-42 | 5291 |
demux-RTE-43 | 12023 |
demux-RTE-44 | 14499 |
demux-RTE-45 | 14828 |
demux-RTE-46 | 10581 |
demux-RTE-47 | 10410 |
demux-RTE-48 | 10402 |
demux-RTE-49 | 6758 |
demux-RTE-50 | 13630 |
demux-RTE-51 | 9575 |
demux-RTE-52 | 10550 |
demux-RTE-53 | 12477 |
demux-RTE-54 | 10075 |
demux-RTE-55 | 14647 |
demux-RTE-56 | 5217 |
demux-RTE-57 | 17325 |
demux-RTE-59 | 9271 |
demux-RTE-61 | 7301 |
demux-RTE-62 | 11698 |
demux-RTE-63 | 5459 |
demux-RTE-64 | 6300 |
demux-RTE-65 | 13997 |
demux-RTE-66 | 28768 |
demux-RTE-67 | 10446 |
demux-RTE-68 | 12291 |
demux-RTE-69 | 13223 |
demux-RTE-70 | 8092 |
demux-RTE-71 | 10300 |
demux-RTE-72 | 9385 |
demux-RTE-73 | 6688 |
demux-RTE-74 | 8474 |
demux-RTE-75 | 14345 |
demux-RTE-76 | 19513 |
demux-RTE-77 | 15146 |
demux-RTE-78 | 10533 |
demux-RTE-79 | 8645 |
demux-unknown | 53 |
After demultiplexage : 715587 sequences, and per sample in average : 9293
87.02% of reads have been associated to a sample
4- Reads Trimming
Miseq 329
conda activate cutadapt
mkdir Analysis/Miseq329/Trimming
for i in Analysis/Miseq329/Demultiplex/*_R1.fastq.gz
do
sample=$(echo $i|awk -F "/" '{print $NF}' |sed 's/.fastq.gz/.fastq/')
cutadapt -q 10 -m 30 -a AGATCGGAAGAGC -o Analysis/Miseq329/Trimming/clean_"$sample" "$i"
done
for i in Analysis/Miseq329/Demultiplex/*_R2.fastq.gz
do
sample=$(echo $i|awk -F "/" '{print $NF}' |sed 's/.fastq.gz/.fastq/')
cutadapt -u 5 -q 10 -m 30 -a AGATCGGAAGAGC -o Analysis/Miseq329/Trimming/clean_"$sample" "$i"
done
conda activate fastqpair
for i in Analysis/Miseq329/Trimming/clean_demux-*_R1.fastq
do
sample=$(echo $i | sed -e 's/_R1.fastq//g')
fastq_pair "$sample"_R1.fastq "$sample"_R2.fastq
done
seq_tot=0
n=0
for file in Analysis/Miseq329/Trimming/*_R1.fastq.paired.fq
do
sample=$(echo $file|awk -F "/" '{print $NF}'| sed -e 's/_R1.fastq.*//g' | sort | uniq)
line=$(cat $file|wc -l)
seq=$(echo $line/4|bc)
n=$((n+1))
seq_tot=$((seq_tot+seq))
echo -e "|"$sample"|"$seq"|"
done
moy=$((seq_tot/n))
echo "Il y a "$seq_tot" séquences en sortie de trimming, soit "$moy" séquences par échantillon en moyenne"
sample | count |
---|---|
clean_demux-SPY_201_291 | 91345 |
clean_demux-SPY_201_293 | 20653 |
clean_demux-SPY_201_294 | 41608 |
clean_demux-SPY_201_296 | 2412 |
clean_demux-SPY_201_297 | 65589 |
clean_demux-SPY_211_195 | 39543 |
clean_demux-SPY_211_196 | 29322 |
clean_demux-SPY_211_200 | 740 |
clean_demux-SPY_211_201 | 65698 |
clean_demux-SPY_211_203 | 61123 |
clean_demux-SPY_211_210 | 59812 |
clean_demux-SPY_211_212 | 59220 |
clean_demux-SPY_211_213 | 64227 |
clean_demux-unknown | 921 |
After trimming: a total of 602213 sequences, and per sample in average : 43015 séquences
Miseq 330
conda activate cutadapt
mkdir Analysis/Miseq330/Trimming
for i in Analysis/Miseq330/Demultiplex/*_R1.fastq.gz
do
sample=$(echo $i|awk -F "/" '{print $NF}' |sed 's/.fastq.gz/.fastq/')
cutadapt -q 10 -m 30 -a AGATCGGAAGAGC -o Analysis/Miseq330/Trimming/clean_"$sample" "$i"
done
for i in Analysis/Miseq330/Demultiplex/*_R2.fastq.gz
do
sample=$(echo $i|awk -F "/" '{print $NF}' |sed 's/.fastq.gz/.fastq/')
cutadapt -u 5 -q 10 -m 30 -a AGATCGGAAGAGC -o Analysis/Miseq330/Trimming/clean_"$sample" "$i"
done
conda activate fastqpair
for i in Analysis/Miseq330/Trimming/clean_demux-*_R1.fastq
do
sample=$(echo $i | sed -e 's/_R1.fastq//g')
fastq_pair "$sample"_R1.fastq "$sample"_R2.fastq
done
seq_tot=0
n=0
for file in Analysis/Miseq330/Trimming/*_R1.fastq.paired.fq
do
sample=$(echo $file|awk -F "/" '{print $NF}'| sed -e 's/_R1.fastq.*//g' | sort | uniq)
line=$(cat $file|wc -l)
seq=$(echo $line/4|bc)
n=$((n+1))
seq_tot=$((seq_tot+seq))
echo -e "|"$sample"|"$seq"|"
done
moy=$((seq_tot/n))
echo "Il y a "$seq_tot" séquences en sortie de trimming, soit "$moy" séquences par échantillon en moyenne"
sample | count |
---|---|
clean_demux-RTE-01 | 9886 |
clean_demux-RTE-02 | 19169 |
clean_demux-RTE-03 | 7844 |
clean_demux-RTE-04 | 10960 |
clean_demux-RTE-05 | 5149 |
clean_demux-RTE-06 | 7024 |
clean_demux-RTE-07 | 4751 |
clean_demux-RTE-08 | 9700 |
clean_demux-RTE-09 | 6477 |
clean_demux-RTE-10 | 10553 |
clean_demux-RTE-11 | 6016 |
clean_demux-RTE-12 | 9848 |
clean_demux-RTE-13 | 7401 |
clean_demux-RTE-15 | 7469 |
clean_demux-RTE-16 | 7265 |
clean_demux-RTE-17 | 2974 |
clean_demux-RTE-18 | 9344 |
clean_demux-RTE-19 | 7608 |
clean_demux-RTE-20 | 8397 |
clean_demux-RTE-21 | 7270 |
clean_demux-RTE-22 | 4816 |
clean_demux-RTE-23 | 6675 |
clean_demux-RTE-24 | 4153 |
clean_demux-RTE-25 | 8690 |
clean_demux-RTE-26 | 8256 |
clean_demux-RTE-27 | 11351 |
clean_demux-RTE-28 | 4054 |
clean_demux-RTE-29 | 5365 |
clean_demux-RTE-30 | 5684 |
clean_demux-RTE-31 | 4694 |
clean_demux-RTE-32 | 4092 |
clean_demux-RTE-33 | 7913 |
clean_demux-RTE-34 | 8183 |
clean_demux-RTE-35 | 13237 |
clean_demux-RTE-36 | 9929 |
clean_demux-RTE-37 | 5675 |
clean_demux-RTE-38 | 4740 |
clean_demux-RTE-39 | 4127 |
clean_demux-RTE-40 | 12294 |
clean_demux-RTE-41 | 8184 |
clean_demux-RTE-42 | 5288 |
clean_demux-RTE-43 | 12019 |
clean_demux-RTE-44 | 14497 |
clean_demux-RTE-45 | 14824 |
clean_demux-RTE-46 | 10579 |
clean_demux-RTE-47 | 10408 |
clean_demux-RTE-48 | 10402 |
clean_demux-RTE-49 | 6758 |
clean_demux-RTE-50 | 13620 |
clean_demux-RTE-51 | 9573 |
clean_demux-RTE-52 | 10545 |
clean_demux-RTE-53 | 12475 |
clean_demux-RTE-54 | 10075 |
clean_demux-RTE-55 | 14647 |
clean_demux-RTE-56 | 5216 |
clean_demux-RTE-57 | 17324 |
clean_demux-RTE-59 | 9270 |
clean_demux-RTE-61 | 7300 |
clean_demux-RTE-62 | 11698 |
clean_demux-RTE-63 | 5458 |
clean_demux-RTE-64 | 6298 |
clean_demux-RTE-65 | 13996 |
clean_demux-RTE-66 | 28764 |
clean_demux-RTE-67 | 10445 |
clean_demux-RTE-68 | 12288 |
clean_demux-RTE-69 | 13223 |
clean_demux-RTE-70 | 8091 |
clean_demux-RTE-71 | 10297 |
clean_demux-RTE-72 | 9383 |
clean_demux-RTE-73 | 6686 |
clean_demux-RTE-74 | 8474 |
clean_demux-RTE-75 | 14345 |
clean_demux-RTE-76 | 19512 |
clean_demux-RTE-77 | 15144 |
clean_demux-RTE-78 | 10533 |
clean_demux-RTE-79 | 8644 |
clean_demux-unknown | 53 |
After trimming: a total of 715369 sequences, per sample in average : 9290
5- Mapping
Miseq329
mkdir Analysis/Miseq329/Mapping/
conda activate mapping
Genome LR991693
bwa index Data/Reference/LR991693_Rana_temporia_mt.fasta
samtools faidx Data/Reference/LR991693_Rana_temporia_mt.fasta
samtools dict Data/Reference/LR991693_Rana_temporia_mt.fasta > Data/Reference/LR991693_Rana_temporia_mt.fasta.dict
mkdir Analysis/Miseq329/Mapping/LR991693
for i in Analysis/Miseq329/Trimming/*_R1.fastq.paired.fq
do
file=$(echo $i |sed 's/_R1.fastq.paired.fq//')
sample=$(echo $i|awk -F "/" '{print $NF}' |sed 's/_R1.fastq.paired.fq//')
bwa mem -t 20 -R '@RG\tID:'${sample}'\tSM:'${sample}'\tPL:illunmina' Data/Reference/LR991693_Rana_temporia_mt.fasta $i ${file}_R2.fastq.paired.fq |samtools sort -@ 10 -o Analysis/Miseq329/Mapping/LR991693/mapped_${sample}.bam -
done
for i in Analysis/Miseq329/Mapping/LR991693/*.bam
do
sample=$(echo $i|awk -F "/" '{print $NF}' |sed 's/.bam//')
samtools flagstat $i | awk -F " " -v var1="$sample" '{if($0~/paired in sequencing/){total=$1};if($0~/with itself and mate mapped/){paired=$1};if($0~/singletons/){sing=$1}}END{sum=sing+paired;perc=sum/total*100;print "|"var1"|"sum"|"perc"|"}'
done
sample | mapped | percent |
---|---|---|
mapped_clean_demux-SPY_201_291 | 51373 | 28.1203 |
mapped_clean_demux-SPY_201_293 | 7576 | 18.3412 |
mapped_clean_demux-SPY_201_294 | 54886 | 65.9561 |
mapped_clean_demux-SPY_201_296 | 2215 | 45.9163 |
mapped_clean_demux-SPY_201_297 | 116497 | 88.8083 |
mapped_clean_demux-SPY_211_195 | 30008 | 37.9435 |
mapped_clean_demux-SPY_211_196 | 31460 | 53.6457 |
mapped_clean_demux-SPY_211_200 | 639 | 43.1757 |
mapped_clean_demux-SPY_211_201 | 119755 | 91.1405 |
mapped_clean_demux-SPY_211_203 | 58653 | 47.9795 |
mapped_clean_demux-SPY_211_210 | 18030 | 15.0722 |
mapped_clean_demux-SPY_211_212 | 104645 | 88.3528 |
mapped_clean_demux-SPY_211_213 | 120267 | 93.6265 |
mapped_clean_demux-unknown | 181 | 9.82628 |
Génome MT483700
bwa index Data/Reference/MT483700_Rana_temporia_mt.fasta
samtools faidx Data/Reference/MT483700_Rana_temporia_mt.fasta
samtools dict Data/Reference/MT483700_Rana_temporia_mt.fasta > Data/Reference/MT483700_Rana_temporia_mt.fasta.dict
mkdir Analysis/Miseq329/Mapping/MT483700
for i in Analysis/Miseq329/Trimming/*_R1.fastq.paired.fq
do
file=$(echo $i |sed 's/_R1.fastq.paired.fq//')
sample=$(echo $i|awk -F "/" '{print $NF}' |sed 's/_R1.fastq.paired.fq//')
bwa mem -t 20 -R '@RG\tID:'${sample}'\tSM:'${sample}'\tPL:illunmina' Data/Reference/MT483700_Rana_temporia_mt.fasta $i ${file}_R2.fastq.paired.fq |samtools sort -@ 10 -o Analysis/Miseq329/Mapping/MT483700/mapped_${sample}.bam -
done
for i in Analysis/Miseq329/Mapping/MT483700/*.bam
do
sample=$(echo $i|awk -F "/" '{print $NF}' |sed 's/.bam//')
samtools flagstat $i | awk -F " " -v var1="$sample" '{if($0~/paired in sequencing/){total=$1};if($0~/with itself and mate mapped/){paired=$1};if($0~/singletons/){sing=$1}}END{sum=sing+paired;perc=sum/total*100;print "|"var1"|"sum"|"perc"|"}'
done
sample | mapped | percent |
---|---|---|
mapped_clean_demux-SPY_201_291 | 50789 | 27.8006 |
mapped_clean_demux-SPY_201_293 | 7283 | 17.6318 |
mapped_clean_demux-SPY_201_294 | 53872 | 64.7376 |
mapped_clean_demux-SPY_201_296 | 2171 | 45.0041 |
mapped_clean_demux-SPY_201_297 | 115375 | 87.953 |
mapped_clean_demux-SPY_211_195 | 29595 | 37.4213 |
mapped_clean_demux-SPY_211_196 | 31230 | 53.2535 |
mapped_clean_demux-SPY_211_200 | 628 | 42.4324 |
mapped_clean_demux-SPY_211_201 | 117342 | 89.3041 |
mapped_clean_demux-SPY_211_203 | 57547 | 47.0748 |
mapped_clean_demux-SPY_211_210 | 17747 | 14.8357 |
mapped_clean_demux-SPY_211_212 | 103454 | 87.3472 |
mapped_clean_demux-SPY_211_213 | 118088 | 91.9302 |
mapped_clean_demux-unknown | 181 | 9.82628 |
Genome NC_042226
bwa index Data/Reference/NC_042226_Rana_temporia_mt.fasta
samtools faidx Data/Reference/NC_042226_Rana_temporia_mt.fasta
samtools dict Data/Reference/NC_042226_Rana_temporia_mt.fasta > Data/Reference/NC_042226_Rana_temporia_mt.fasta.dict
mkdir Analysis/Miseq329/Mapping/NC_042226
for i in Analysis/Miseq329/Trimming/*_R1.fastq.paired.fq
do
file=$(echo $i |sed 's/_R1.fastq.paired.fq//')
sample=$(echo $i|awk -F "/" '{print $NF}' |sed 's/_R1.fastq.paired.fq//')
bwa mem -t 20 -R '@RG\tID:'${sample}'\tSM:'${sample}'\tPL:illunmina' Data/Reference/NC_042226_Rana_temporia_mt.fasta $i ${file}_R2.fastq.paired.fq |samtools sort -@ 10 -o Analysis/Miseq329/Mapping/NC_042226/mapped_${sample}.bam -
done
for i in Analysis/Miseq329/Mapping/NC_042226/*.bam
do
sample=$(echo $i|awk -F "/" '{print $NF}' |sed 's/.bam//')
samtools flagstat $i | awk -F " " -v var1="$sample" '{if($0~/paired in sequencing/){total=$1};if($0~/with itself and mate mapped/){paired=$1};if($0~/singletons/){sing=$1}}END{sum=sing+paired;perc=sum/total*100;print "|"var1"|"sum"|"perc"|"}'
done
sample | mapped | percent |
---|---|---|
mapped_clean_demux-SPY_201_291 | 43165 | 23.6275 |
mapped_clean_demux-SPY_201_293 | 6892 | 16.6852 |
mapped_clean_demux-SPY_201_294 | 45391 | 54.546 |
mapped_clean_demux-SPY_201_296 | 1915 | 39.6973 |
mapped_clean_demux-SPY_201_297 | 100132 | 76.3329 |
mapped_clean_demux-SPY_211_195 | 25873 | 32.715 |
mapped_clean_demux-SPY_211_196 | 23140 | 39.4584 |
mapped_clean_demux-SPY_211_200 | 414 | 27.973 |
mapped_clean_demux-SPY_211_201 | 109364 | 83.2324 |
mapped_clean_demux-SPY_211_203 | 46074 | 37.6896 |
mapped_clean_demux-SPY_211_210 | 14876 | 12.4356 |
mapped_clean_demux-SPY_211_212 | 78577 | 66.3433 |
mapped_clean_demux-SPY_211_213 | 102507 | 79.8006 |
mapped_clean_demux-unknown | 165 | 8.95765 |
Miseq330
mkdir Analysis/Miseq330/Mapping/
conda activate mapping
Genome LR991693
mkdir Analysis/Miseq330/Mapping/LR991693
for i in Analysis/Miseq330/Trimming/*_R1.fastq.paired.fq
do
file=$(echo $i |sed 's/_R1.fastq.paired.fq//')
sample=$(echo $i|awk -F "/" '{print $NF}' |sed 's/_R1.fastq.paired.fq//')
bwa mem -t 20 -R '@RG\tID:'${sample}'\tSM:'${sample}'\tPL:illunmina' Data/Reference/LR991693_Rana_temporia_mt.fasta $i ${file}_R2.fastq.paired.fq |samtools sort -@ 10 -o Analysis/Miseq330/Mapping/LR991693/mapped_${sample}.bam -
done
for i in Analysis/Miseq330/Mapping/LR991693/*.bam
do
sample=$(echo $i|awk -F "/" '{print $NF}' |sed 's/.bam//')
samtools flagstat $i | awk -F " " -v var1="$sample" '{if($0~/paired in sequencing/){total=$1};if($0~/with itself and mate mapped/){paired=$1};if($0~/singletons/){sing=$1}}END{sum=sing+paired;perc=sum/total*100;print "|"var1"|"sum"|"perc"|"}'
done
sample | mapped | percent |
---|---|---|
mapped_clean_demux-RTE-01 | 17084 | 86.405 |
mapped_clean_demux-RTE-02 | 35460 | 92.4931 |
mapped_clean_demux-RTE-03 | 13242 | 84.4085 |
mapped_clean_demux-RTE-04 | 19916 | 90.8577 |
mapped_clean_demux-RTE-05 | 9328 | 90.5807 |
mapped_clean_demux-RTE-06 | 12375 | 88.0908 |
mapped_clean_demux-RTE-07 | 8216 | 86.466 |
mapped_clean_demux-RTE-08 | 16127 | 83.1289 |
mapped_clean_demux-RTE-09 | 11000 | 84.9159 |
mapped_clean_demux-RTE-10 | 17173 | 81.3655 |
mapped_clean_demux-RTE-11 | 8997 | 74.7756 |
mapped_clean_demux-RTE-12 | 17424 | 88.4647 |
mapped_clean_demux-RTE-13 | 12921 | 87.2923 |
mapped_clean_demux-RTE-15 | 13138 | 87.9502 |
mapped_clean_demux-RTE-16 | 13403 | 92.2436 |
mapped_clean_demux-RTE-17 | 4757 | 79.9765 |
mapped_clean_demux-RTE-18 | 16950 | 90.6999 |
mapped_clean_demux-RTE-19 | 12507 | 82.1964 |
mapped_clean_demux-RTE-20 | 14952 | 89.0318 |
mapped_clean_demux-RTE-21 | 13203 | 90.8047 |
mapped_clean_demux-RTE-22 | 8366 | 86.8563 |
mapped_clean_demux-RTE-23 | 12248 | 91.7453 |
mapped_clean_demux-RTE-24 | 7480 | 90.0554 |
mapped_clean_demux-RTE-25 | 15697 | 90.3165 |
mapped_clean_demux-RTE-26 | 15547 | 94.1558 |
mapped_clean_demux-RTE-27 | 21745 | 95.7845 |
mapped_clean_demux-RTE-28 | 7580 | 93.4879 |
mapped_clean_demux-RTE-29 | 9840 | 91.7055 |
mapped_clean_demux-RTE-30 | 10440 | 91.8367 |
mapped_clean_demux-RTE-31 | 8638 | 92.0111 |
mapped_clean_demux-RTE-32 | 6303 | 77.0161 |
mapped_clean_demux-RTE-33 | 13921 | 87.9628 |
mapped_clean_demux-RTE-34 | 14537 | 88.8244 |
mapped_clean_demux-RTE-35 | 23929 | 90.3868 |
mapped_clean_demux-RTE-36 | 17423 | 87.7379 |
mapped_clean_demux-RTE-37 | 10081 | 88.8194 |
mapped_clean_demux-RTE-38 | 8525 | 89.9262 |
mapped_clean_demux-RTE-39 | 7378 | 89.387 |
mapped_clean_demux-RTE-40 | 22975 | 93.4399 |
mapped_clean_demux-RTE-41 | 14466 | 88.3798 |
mapped_clean_demux-RTE-42 | 9333 | 88.247 |
mapped_clean_demux-RTE-43 | 22673 | 94.3215 |
mapped_clean_demux-RTE-44 | 27047 | 93.2848 |
mapped_clean_demux-RTE-45 | 28066 | 94.6641 |
mapped_clean_demux-RTE-46 | 19836 | 93.7518 |
mapped_clean_demux-RTE-47 | 19542 | 93.8797 |
mapped_clean_demux-RTE-48 | 19850 | 95.4143 |
mapped_clean_demux-RTE-49 | 12943 | 95.7606 |
mapped_clean_demux-RTE-50 | 26191 | 96.149 |
mapped_clean_demux-RTE-51 | 17936 | 93.6801 |
mapped_clean_demux-RTE-52 | 19884 | 94.2817 |
mapped_clean_demux-RTE-53 | 23454 | 94.004 |
mapped_clean_demux-RTE-54 | 18881 | 93.7022 |
mapped_clean_demux-RTE-55 | 27645 | 94.3709 |
mapped_clean_demux-RTE-56 | 9797 | 93.913 |
mapped_clean_demux-RTE-57 | 33278 | 96.0459 |
mapped_clean_demux-RTE-59 | 17791 | 95.9601 |
mapped_clean_demux-RTE-61 | 13903 | 95.226 |
mapped_clean_demux-RTE-62 | 22241 | 95.0633 |
mapped_clean_demux-RTE-63 | 10207 | 93.5049 |
mapped_clean_demux-RTE-64 | 11642 | 92.4262 |
mapped_clean_demux-RTE-65 | 26849 | 95.9167 |
mapped_clean_demux-RTE-66 | 55462 | 96.4087 |
mapped_clean_demux-RTE-67 | 20022 | 95.8449 |
mapped_clean_demux-RTE-68 | 23057 | 93.8192 |
mapped_clean_demux-RTE-69 | 25242 | 95.4473 |
mapped_clean_demux-RTE-70 | 15450 | 95.4765 |
mapped_clean_demux-RTE-71 | 19945 | 96.8486 |
mapped_clean_demux-RTE-72 | 18003 | 95.9341 |
mapped_clean_demux-RTE-73 | 12640 | 94.5259 |
mapped_clean_demux-RTE-74 | 16142 | 95.2443 |
mapped_clean_demux-RTE-75 | 26758 | 93.2659 |
mapped_clean_demux-RTE-76 | 37443 | 95.9486 |
mapped_clean_demux-RTE-77 | 28440 | 93.8986 |
mapped_clean_demux-RTE-78 | 20022 | 95.0441 |
mapped_clean_demux-RTE-79 | 16340 | 94.5164 |
mapped_clean_demux-unknown | 78 | 73.5849 |
Genome MT483700
mkdir Analysis/Miseq330/Mapping/MT483700
for i in Analysis/Miseq330/Trimming/*_R1.fastq.paired.fq
do
file=$(echo $i |sed 's/_R1.fastq.paired.fq//')
sample=$(echo $i|awk -F "/" '{print $NF}' |sed 's/_R1.fastq.paired.fq//')
bwa mem -t 20 -R '@RG\tID:'${sample}'\tSM:'${sample}'\tPL:illunmina' Data/Reference/MT483700_Rana_temporia_mt.fasta $i ${file}_R2.fastq.paired.fq |samtools sort -@ 10 -o Analysis/Miseq330/Mapping/MT483700/mapped_${sample}.bam -
done
for i in Analysis/Miseq330/Mapping/MT483700/*.bam
do
sample=$(echo $i|awk -F "/" '{print $NF}' |sed 's/.bam//')
samtools flagstat $i | awk -F " " -v var1="$sample" '{if($0~/paired in sequencing/){total=$1};if($0~/with itself and mate mapped/){paired=$1};if($0~/singletons/){sing=$1}}END{sum=sing+paired;perc=sum/total*100;print "|"var1"|"sum"|"perc"|"}'
done
sample | mapped | percent |
---|---|---|
mapped_clean_demux-RTE-01 | 16853 | 85.2367 |
mapped_clean_demux-RTE-02 | 34952 | 91.168 |
mapped_clean_demux-RTE-03 | 13078 | 83.3631 |
mapped_clean_demux-RTE-04 | 19666 | 89.7172 |
mapped_clean_demux-RTE-05 | 9240 | 89.7262 |
mapped_clean_demux-RTE-06 | 12201 | 86.8522 |
mapped_clean_demux-RTE-07 | 8104 | 85.2873 |
mapped_clean_demux-RTE-08 | 15948 | 82.2062 |
mapped_clean_demux-RTE-09 | 10822 | 83.5418 |
mapped_clean_demux-RTE-10 | 16947 | 80.2947 |
mapped_clean_demux-RTE-11 | 8882 | 73.8198 |
mapped_clean_demux-RTE-12 | 17155 | 87.0989 |
mapped_clean_demux-RTE-13 | 12734 | 86.0289 |
mapped_clean_demux-RTE-15 | 12925 | 86.5243 |
mapped_clean_demux-RTE-16 | 13220 | 90.9842 |
mapped_clean_demux-RTE-17 | 4693 | 78.9005 |
mapped_clean_demux-RTE-18 | 16706 | 89.3943 |
mapped_clean_demux-RTE-19 | 12366 | 81.2697 |
mapped_clean_demux-RTE-20 | 14675 | 87.3824 |
mapped_clean_demux-RTE-21 | 13015 | 89.5117 |
mapped_clean_demux-RTE-22 | 8218 | 85.3198 |
mapped_clean_demux-RTE-23 | 12059 | 90.3296 |
mapped_clean_demux-RTE-24 | 7328 | 88.2254 |
mapped_clean_demux-RTE-25 | 15479 | 89.0621 |
mapped_clean_demux-RTE-26 | 15327 | 92.8234 |
mapped_clean_demux-RTE-27 | 21478 | 94.6084 |
mapped_clean_demux-RTE-28 | 7454 | 91.9339 |
mapped_clean_demux-RTE-29 | 9715 | 90.5405 |
mapped_clean_demux-RTE-30 | 10290 | 90.5172 |
mapped_clean_demux-RTE-31 | 8489 | 90.4239 |
mapped_clean_demux-RTE-32 | 6216 | 75.9531 |
mapped_clean_demux-RTE-33 | 13707 | 86.6106 |
mapped_clean_demux-RTE-34 | 14344 | 87.6451 |
mapped_clean_demux-RTE-35 | 23532 | 88.8872 |
mapped_clean_demux-RTE-36 | 17125 | 86.2373 |
mapped_clean_demux-RTE-37 | 9931 | 87.4978 |
mapped_clean_demux-RTE-38 | 8395 | 88.5549 |
mapped_clean_demux-RTE-39 | 7250 | 87.8362 |
mapped_clean_demux-RTE-40 | 22651 | 92.1222 |
mapped_clean_demux-RTE-41 | 14216 | 86.8524 |
mapped_clean_demux-RTE-42 | 9213 | 87.1123 |
mapped_clean_demux-RTE-43 | 22344 | 92.9528 |
mapped_clean_demux-RTE-44 | 26703 | 92.0984 |
mapped_clean_demux-RTE-45 | 27719 | 93.4937 |
mapped_clean_demux-RTE-46 | 19548 | 92.3906 |
mapped_clean_demux-RTE-47 | 19239 | 92.4241 |
mapped_clean_demux-RTE-48 | 19546 | 93.9531 |
mapped_clean_demux-RTE-49 | 12775 | 94.5176 |
mapped_clean_demux-RTE-50 | 25561 | 93.8363 |
mapped_clean_demux-RTE-51 | 17678 | 92.3326 |
mapped_clean_demux-RTE-52 | 19617 | 93.0156 |
mapped_clean_demux-RTE-53 | 22998 | 92.1764 |
mapped_clean_demux-RTE-54 | 18581 | 92.2134 |
mapped_clean_demux-RTE-55 | 27212 | 92.8927 |
mapped_clean_demux-RTE-56 | 9599 | 92.015 |
mapped_clean_demux-RTE-57 | 32853 | 94.8193 |
mapped_clean_demux-RTE-59 | 17544 | 94.6278 |
mapped_clean_demux-RTE-61 | 13733 | 94.0616 |
mapped_clean_demux-RTE-62 | 21930 | 93.734 |
mapped_clean_demux-RTE-63 | 10068 | 92.2316 |
mapped_clean_demux-RTE-64 | 11404 | 90.5367 |
mapped_clean_demux-RTE-65 | 26505 | 94.6878 |
mapped_clean_demux-RTE-66 | 54714 | 95.1085 |
mapped_clean_demux-RTE-67 | 19748 | 94.5333 |
mapped_clean_demux-RTE-68 | 22727 | 92.4764 |
mapped_clean_demux-RTE-69 | 24878 | 94.0709 |
mapped_clean_demux-RTE-70 | 15238 | 94.1664 |
mapped_clean_demux-RTE-71 | 19705 | 95.6832 |
mapped_clean_demux-RTE-72 | 17772 | 94.7032 |
mapped_clean_demux-RTE-73 | 12441 | 93.0377 |
mapped_clean_demux-RTE-74 | 15906 | 93.8518 |
mapped_clean_demux-RTE-75 | 26275 | 91.5824 |
mapped_clean_demux-RTE-76 | 36937 | 94.652 |
mapped_clean_demux-RTE-77 | 27941 | 92.2511 |
mapped_clean_demux-RTE-78 | 19678 | 93.4112 |
mapped_clean_demux-RTE-79 | 16062 | 92.9084 |
mapped_clean_demux-unknown | 76 | 71.6981 |
Genome NC_042226
mkdir Analysis/Miseq330/Mapping/NC_042226
for i in Analysis/Miseq330/Trimming/*_R1.fastq.paired.fq
do
file=$(echo $i |sed 's/_R1.fastq.paired.fq//')
sample=$(echo $i|awk -F "/" '{print $NF}' |sed 's/_R1.fastq.paired.fq//')
bwa mem -t 20 -R '@RG\tID:'${sample}'\tSM:'${sample}'\tPL:illunmina' Data/Reference/NC_042226_Rana_temporia_mt.fasta $i ${file}_R2.fastq.paired.fq |samtools sort -@ 10 -o Analysis/Miseq330/Mapping/NC_042226/mapped_${sample}.bam -
done
for i in Analysis/Miseq330/Mapping/NC_042226/*.bam
do
sample=$(echo $i|awk -F "/" '{print $NF}' |sed 's/.bam//')
samtools flagstat $i | awk -F " " -v var1="$sample" '{if($0~/paired in sequencing/){total=$1};if($0~/with itself and mate mapped/){paired=$1};if($0~/singletons/){sing=$1}}END{sum=sing+paired;perc=sum/total*100;print "|"var1"|"sum"|"perc"|"}'
done
sample | mapped | percent |
---|---|---|
mapped_clean_demux-RTE-01 | 14589 | 73.7862 |
mapped_clean_demux-RTE-02 | 31045 | 80.9771 |
mapped_clean_demux-RTE-03 | 11259 | 71.7682 |
mapped_clean_demux-RTE-04 | 17217 | 78.5447 |
mapped_clean_demux-RTE-05 | 8142 | 79.0639 |
mapped_clean_demux-RTE-06 | 10637 | 75.719 |
mapped_clean_demux-RTE-07 | 7101 | 74.7316 |
mapped_clean_demux-RTE-08 | 14183 | 73.1082 |
mapped_clean_demux-RTE-09 | 9686 | 74.7723 |
mapped_clean_demux-RTE-10 | 15208 | 72.0553 |
mapped_clean_demux-RTE-11 | 7966 | 66.2068 |
mapped_clean_demux-RTE-12 | 15545 | 78.9247 |
mapped_clean_demux-RTE-13 | 11468 | 77.476 |
mapped_clean_demux-RTE-15 | 11606 | 77.6945 |
mapped_clean_demux-RTE-16 | 12076 | 83.1108 |
mapped_clean_demux-RTE-17 | 4366 | 73.4028 |
mapped_clean_demux-RTE-18 | 14947 | 79.9818 |
mapped_clean_demux-RTE-19 | 11118 | 73.0678 |
mapped_clean_demux-RTE-20 | 13322 | 79.3259 |
mapped_clean_demux-RTE-21 | 11564 | 79.5323 |
mapped_clean_demux-RTE-22 | 7331 | 76.1109 |
mapped_clean_demux-RTE-23 | 10650 | 79.7753 |
mapped_clean_demux-RTE-24 | 6497 | 78.2206 |
mapped_clean_demux-RTE-25 | 13664 | 78.6191 |
mapped_clean_demux-RTE-26 | 13620 | 82.4855 |
mapped_clean_demux-RTE-27 | 19368 | 85.3141 |
mapped_clean_demux-RTE-28 | 6644 | 81.9438 |
mapped_clean_demux-RTE-29 | 8630 | 80.4287 |
mapped_clean_demux-RTE-30 | 9248 | 81.3512 |
mapped_clean_demux-RTE-31 | 7516 | 80.0597 |
mapped_clean_demux-RTE-32 | 5825 | 71.1755 |
mapped_clean_demux-RTE-33 | 12277 | 77.5749 |
mapped_clean_demux-RTE-34 | 13355 | 81.6021 |
mapped_clean_demux-RTE-35 | 21598 | 81.5819 |
mapped_clean_demux-RTE-36 | 15552 | 78.316 |
mapped_clean_demux-RTE-37 | 8877 | 78.2115 |
mapped_clean_demux-RTE-38 | 7805 | 82.3312 |
mapped_clean_demux-RTE-39 | 6516 | 78.9435 |
mapped_clean_demux-RTE-40 | 20141 | 81.9139 |
mapped_clean_demux-RTE-41 | 12388 | 75.6843 |
mapped_clean_demux-RTE-42 | 8232 | 77.8366 |
mapped_clean_demux-RTE-43 | 20024 | 83.3014 |
mapped_clean_demux-RTE-44 | 23843 | 82.2343 |
mapped_clean_demux-RTE-45 | 24361 | 82.1674 |
mapped_clean_demux-RTE-46 | 17282 | 81.6807 |
mapped_clean_demux-RTE-47 | 17134 | 82.3117 |
mapped_clean_demux-RTE-48 | 17116 | 82.2726 |
mapped_clean_demux-RTE-49 | 11624 | 86.0018 |
mapped_clean_demux-RTE-50 | 22380 | 82.1586 |
mapped_clean_demux-RTE-51 | 16046 | 83.8086 |
mapped_clean_demux-RTE-52 | 17729 | 84.0635 |
mapped_clean_demux-RTE-53 | 20306 | 81.3868 |
mapped_clean_demux-RTE-54 | 16375 | 81.2655 |
mapped_clean_demux-RTE-55 | 24071 | 82.1704 |
mapped_clean_demux-RTE-56 | 8696 | 83.3589 |
mapped_clean_demux-RTE-57 | 29237 | 84.3829 |
mapped_clean_demux-RTE-59 | 15770 | 85.0593 |
mapped_clean_demux-RTE-61 | 12293 | 84.1986 |
mapped_clean_demux-RTE-62 | 19602 | 83.7836 |
mapped_clean_demux-RTE-63 | 9010 | 82.5394 |
mapped_clean_demux-RTE-64 | 10191 | 80.9066 |
mapped_clean_demux-RTE-65 | 23615 | 84.3634 |
mapped_clean_demux-RTE-66 | 49178 | 85.4853 |
mapped_clean_demux-RTE-67 | 17855 | 85.4715 |
mapped_clean_demux-RTE-68 | 21331 | 86.7961 |
mapped_clean_demux-RTE-69 | 22351 | 84.5156 |
mapped_clean_demux-RTE-70 | 13808 | 85.3294 |
mapped_clean_demux-RTE-71 | 17708 | 85.9862 |
mapped_clean_demux-RTE-72 | 16005 | 85.2872 |
mapped_clean_demux-RTE-73 | 11049 | 82.6279 |
mapped_clean_demux-RTE-74 | 14239 | 84.0158 |
mapped_clean_demux-RTE-75 | 23767 | 82.8407 |
mapped_clean_demux-RTE-76 | 32627 | 83.6075 |
mapped_clean_demux-RTE-77 | 25210 | 83.2343 |
mapped_clean_demux-RTE-78 | 17683 | 83.9409 |
mapped_clean_demux-RTE-79 | 14384 | 83.2022 |
mapped_clean_demux-unknown | 76 | 71.6981 |