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In a groundbreaking advancement in the field of environmental health science, researchers at the University of Chicago have unveiled a highly sensitive epigenetic biomarker capable...
The gut microbiome and epigenetics—molecular switches that turn genes on or off—are intertwined, and both contribute to neurodevelopment, finds a study published in Cell Press Blue...
Epigenetics reveals how environment shapes ability and learning. Factors like stress, nutrition, and support influence gene expression, affecting confidence, focus, and progress. N...
Bushra Quyoom and Latif Ahmad Peer, University of Kashmir, discuss their article: The Epigenetic Engine: Transgenerational plasticity as a driver of plant climate resilience and ad...
by Maik Mendler, Kristin Krause, Simone Zündorf, Prathamesh Sannak, Petra Tänzler, Sara Stolze, Hirofumi Nakagami, Franziska Turck Epigenetic regulators shape chromatin landscapes...
How does the brain time its own development? A new study explores histone bivalency—an epigenetic "red and green light" system that prevents premature neuron maturation and helps a...
DARPA is looking to write and erase epigenetic base modifications in DNA that could be used for cognitive enhancement, biological threats protection, and regenerative medicine. The...
Can we permanently dismantle post-traumatic stress disorder by erasing the physical marks trauma leaves on our genes? Backed by a five-year, $3.2 million grant researchers are expl...
Researchers discovered that gut bacteria use a flexible survival strategy, epigenetic “bet-hedging,” to withstand disruptions such as antibiotics and diet changes, identifying a la...
Leptin’s Emerging Epigenetic Role Illuminates Obesity Risks in Preterm Neonates Leptin, a hormone primarily known for its role in regulating energy balance and body weight, is now...
Top-down causation makes a lot more sense from a design perspective than from any reductionist, lower-levels-first approach. Source
Researchers have found that the human gut microbiome and epigenetics are intertwined, and that both contribute to early life neurodevelopment, and potentially to the development of...
It has long been known that environmental conditions can shape how traits are inherited, a phenomenon known as transgenerational epigenetic inheritance. However, the molecular sign...
Long-distance gene control first emerged around 650 to 700 million years ago, significantly earlier than scientists had previously believed. Life depends on timing. Every cell must...
The expression of genes from nuclear DNA is determined by the structure of nuclear DNA, meaning which regions are spooled and inaccessible versus which regions are unspooled and ac...
Scientists used a bacterial system called retron to turn DNA into a programmable tool inside living cells, enabling gene regulation and disease detection.
Paternal stress prior to conception alters small molecular signals within sperm to dictate offspring development.
Inside every cell in your body, a chemical clock is running. Not ticking exactly, more like drifting: patterns of methyl groups latching onto DNA, accumulating and shifting in w...
A groundbreaking international study has unveiled that infants exclusively breastfed for at least three months exhibit distinctive epigenetic markers in their blood compared to tho...
Researchers show that gene syntax reshapes DNA supercoiling, amplifying or suppressing neighboring genes. The work uncovers a design rule that could improve the precision and behav...
Genes undergo extensive editing through a process called alternative splicing, which greatly increases the size of the functional genome, the working portion of our DNA that helps...
By combining CRISPR screening with epigenetic targeting, scientists identified a group of enzymes that could be inhibited to restore tumor suppressor activity and reduce leukemia b...
Control over the structure of nuclear DNA is critical to both gene expression and interactions between DNA damage and DNA repair systems. Most of us are by now at least passingly f...
In a groundbreaking study poised to redefine our understanding of gene regulation, researchers have harnessed the power of multiomics and advanced deep learning to probe the intric...
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