Orange You Glad for Methylation’s Role in Fruit Ripening?February 12, 2019If you like to start your day with a glass of orange juice, you can thank epigenetics for that. More specifically, you can thank DNA methylation, since it’s been recently shown to play a crucial role in the ripening process of the sweet orange fruit. The collaborative efforts of Jian-Kang Zhu at Purdue University (Indiana, […]
Teasing Apart the Brain: DNA Methylation Maps of Healthy Neurons Implicate Brain Region Differences in Psychiatric DisordersJanuary 24, 2019While conducting epigenomics research, we are often faced with a number of brain teasers. To solve these cognitive conundrums, many of us turn to diseases and disorders to learn about healthy conditions. However, the methylation maestros in the labs of Andrew Feinberg and Kasper Hansen at John Hopkins University (Maryland, USA) now demonstrate the utility of […]
Of Rats and Men: Prospective Fathers Should Pass on Cannabis to Preserve Sperm DNA MethylationJanuary 15, 2019While most of the focus on developmental epigenomics puts mom in the spotlight, a recent surge in sperm studies are showing that dad’s dreams of a care-free lifestyle are up in smoke. We’ve already seen that a high-fat diet can alter the sperm epigenome, and now a factor that may encourage such half-baked decisions takes the […]
Colorectal Cancer Cells Single in on an ‘Omics’ Bundle UpgradeJanuary 14, 2019It often seems the best deals come in bundles. Bundle your internet, phone service, and cable package and those long hours in the lab become a bit less tempting. But now there’s a new sequencing bundle that will make you never want to leave the lab. scTrio-seq2 is a single-cell multiomic bundling that meets your […]
Tune in to Genetically and Environmentally Tunable Polymorphic Imprinting with nc886December 10, 2018While tuning into signals is the name of the game for (epi)genomics, an exciting new study now suggests that genetic and environmental factors can tune our epigenomes by polymorphic genomic imprinting. Unlike other imprinted genes that always display monoallelic methylation, the nc886 DMR is polymorphic and imprinted in only ~75% of people. New research into this […]
