Richard David Emes

PIMMS-Dash provides an accessible web tool for visualizing and analyzing high-throughput transposon insertion sequencing data, enabling users to identify genes affecting fitness without advanced bioinformatics knowledge.

This paper compares Genomic Informational Field Theory (GIFT) to GWAS in genotype-phenotype mapping, showing GIFT provides greater investigative power by overcoming limitations of category-based data grouping.

The paper performs genome-wide methylation profiling to identify differentially methylated regions in adipose stem cells with high and low cloning efficiency in pigs.

This study identifies transcriptomic changes in pig colons post-weaning, revealing immune activation and amino acid metabolism pathways linked to gut inflammation and barrier dysfunction.

This study shows pneumolysin alters gene expression and histone modifications in macrophages, dampening innate immune responses through epigenetic mechanisms.

This study compares epigenetic age and methylation stability between British-Bangladeshi women who grew up in Bangladesh versus the UK, finding older epigenetic age and more stable methylation in those from Bangladesh.

The paper identifies epigenetic regulation of SRD5A1 as a mechanism linking early-life environment to reproductive strategies, showing methylation patterns and gene expression changes in both humans and mice.

This study identifies the most stable reference genes for quantitative PCR in koala lymph node tissues across two populations using multiple statistical methods.