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dataset

posted on 2024-11-21, 18:34 authored by Daniel R. Cuesta-Aguirre, Assumpció Malgosa, Cristina Santos

Summary of deduplication analysis and Post-mortem Molecular Damage (PMD) analysis in genomic samples across different centuries (S1.1 File), mean depth coverage and percentage of damage for the ten analyzed amplicons (S1.2 File), and information about the outputs provided by the script (S1.3 File).

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xlink "> genome special care must significantly increases throughput results obtained indicated manual analyses may allowed better differentiation based ngs techniques based ngs experiments friendly bioinformatic tool based sequencing simultaneously extracting reads affected forensic dna particularities two bioinformatic tools cannot often address human mitochondrial dna obtain enough data degraded samples recovered specialized tool designed automatize mtdna analysis ancient mtdna samples mitochondrial dna two tools degraded samples human mtdna ngs ),forensic contexts easily recovered ancient samples sequencing strategies generation sequencing repeated reads many reads fewer reads amplicon data without losing various thresholds transcriptome examinations removing duplicates reducing costs possible contamination pipelines pose pipelines designed higher number expert users easily modified duplicate removal depth coverage comparative analysis common due coding region

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