Early humans underwent critical shifts in how DNA was packaged inside fat cells. As a result, the human body's ability to turn "bad" fat into "good", calorie burning fat was reduced. Read More
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A new, comprehensive database of gene activity in mice, which incorporates ten disease models, could significantly reduce the need for animal testing. Read More
Dozens of genes previously believed to have similar roles across different organisms are actually unique to humans. The genetic codes are for transcription factors, which help control gene activity. The findings may help to explain how humans evolved. Read More
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Using artificial intelligence, researchers discover mutations in noncoding regions of the human genome that may result in autism. The noncoding mutations are associated with altered gene regulation in children with ASD. Additionally, the mutations affect gene expression in the brain and genes already linked to autism, such as those responsible for neuron development and migration. Read More
A new study identifies 956 genetic variants that contribute to an increased risk of insomnia. Researchers also identified the brain areas, biological processes and cell types that mediate the genetic risk of insomnia. Read More
A new study reveals blood cell DNA remains steady, even after transplant. The findings shed new light on human aging. Read More
A new international study has identified 269 new genes linked to depression. Read More
A new study reports genetic variants that are critical for the development of the brain during fetal development are also frequently found in psychiatric disorders. Read More
Study reveals sleep deprivation is associated with lower DNA repair gene expression and more breaks in DNA. The damage to DNA may explain the increased risk of cancers and neurodegenerative diseases in those who are sleep deprived. Read More
Researchers report they are able to predict those who will live longer or die sooner than average based on examining their DNA. Read More
A new study of twins in the US sheds light on both the environmental and genetic risk factors for numerous diseases. Read More
THC exposure targets genes in two major cellular pathways and alters DNA methylation, a new study reports. Researchers say that wile cannabis triggers structural and regulatory changes in the DNA of users' sperm, they do not know yet whether the changes are passed down to the offspring and what effects that could have. Read More
