Mark A. Jobling

VeRIF-ID provides a rapid, on-site method for vertebrate species identification using nanopore sequencing of multiple DNA barcodes, achieving species-level accuracy in 91% of tested species.

The paper presents whole-genome sequences from 16 Himalayan populations to study population structure, adaptation, and genetic history, revealing early population divergence, shared adaptive haplotypes, and recent gene flow.

This study evaluates the use of human-based aSTR loci in African great apes for individual and species-level identification using MPS, finding higher resolution than CE-based methods.

This study analyzes mitogenomes of domestic cats to reveal lineage expansions and dynamic mutation processes in a mitochondrial minisatellite.

The paper develops a multiplex amplification and Nanopore sequencing method to analyze cat mitogenomes, revealing numt variants that improve forensic discrimination.

The paper identifies a 1.6 Mb Y-chromosomal inversion in the AZFc region as a high-penetrant risk factor for male infertility, increasing the risk of spermatogenic failure by 8.6-fold.

This study analyzes Y-STR haplotype diversity in four regions of Bahrain to assess population substructure and genetic origins.