mtDNAprofiler

mtDNAprofiler performs automated analysis and comparison of mitochondrial DNA (mtDNA) sequences, accepting FASTA input or differences relative to the revised Cambridge Reference Sequence (rCRS), to support forensic, population, and medical genetics research.

Key Features:

• mtDNA Nomenclature: Automates conversion of mtDNA sequences into standardized nomenclature for consistent sequence interpretation.
• mtDNA Assembly: Facilitates assembly of mtDNA from fragmented data to reconstruct complete mitochondrial genomes or control regions.
• mtSNP Conversion: Converts mtDNA sequences into lists of single-nucleotide polymorphisms (mtSNPs) for downstream genetic analysis.
• mtSNP Concordance-Check: Compares and validates mtSNP datasets to assess concordance and consistency of variant calls.

Scientific Applications:

• Forensic Genetics: Enables precise analysis and comparison of mtDNA sequences to support forensic identification and evidence evaluation.
• Population Genetics: Supports study of genetic diversity and evolutionary relationships within and between populations using mtSNP data.
• Medical Genetics: Facilitates identification and characterization of mtDNA variants associated with mitochondrial disorders and disease research.

Methodology:

Automated functions perform nomenclature standardization, mtDNA assembly, mtSNP conversion, and mtSNP concordance checking.