Articles tagged with Dna Methylation
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Researchers at Kumamoto University found that DNA methylation in the serotonin transporter gene is inversely correlated with amygdala volume in male patients with schizophrenia and bipolar disorder. The study suggests a potential biomarker for onset prediction, diagnosis, and therapeutic effects.
Researchers developed a new set of computational tools to identify cell-type specific methylation patterns, known as molecular barcodes, in complex cell mixtures. These new methods can distinguish between different cell types in tissues made up of multiple cell types.
Scientists from Hackensack Meridian Health have discovered specific locations in the DNA where expression changes are imbalanced, indicating risks of cancer and other diseases. This finding provides a key to understanding the beginnings of both cancers and non-cancerous diseases.
Research funded by the NIH has linked endometriosis to DNA changes, particularly in methylation patterns that can alter gene activity. The findings may inform new ways to diagnose and treat this condition affecting up to 10% of U.S. women.
Researchers at EMBL Rome reveal that protein glycosylation plays a central role in DNA methylation, inducing gene silencing by modifying regulatory factors. This breakthrough sheds light on the mechanism behind the most studied epigenetic modification.
Researchers developed DunedinPoAm, a blood test measuring DNA methylation marks to assess biological aging rate. Midlife adults with faster aging rates showed accelerated physical and cognitive decline.
NEI researchers identify 2,054 differentially methylated regions in mouse rod photoreceptors, revealing distinct shifts in gene expression that contribute to age-related disease susceptibility. The study suggests targeting the epigenome as a potential therapeutic strategy to prevent leading causes of vision loss, such as AMD.
Research reveals a new mechanism for controlling DNA methylation in cells, involving the ubiquitination of PAF15, which is crucial for maintaining DNA methylation and inhibiting cancer cell proliferation. The discovery has significant implications for the development of new inhibitors of DNA methyltransferase
Scientists have detected a potential new biomarker for Alzheimer's disease in the Presenilin1 gene, which shows promise for earlier diagnosis and treatment. The study found that changes in DNA methylation of this gene are common in people with Alzheimer's and could be used to monitor environmental triggers and treatment responses.
Researchers at KAUST found evidence of intergenerational transfer of DNA methylation patterns in corals, which could help develop new strategies for coral conservation. The study suggests that chronically stressed corals can pass on epigenetic changes to their offspring, potentially increasing resilience to climate change.
A study by NIH researchers found that higher maternal blood pressure during pregnancy is associated with chemical modifications to placental genes, including DNA methylation. The findings suggest a potential link between early origins of cardiovascular disease and high blood pressure in pregnancy.
Scientists at UChicago discovered a previously unknown mechanism where RNA itself affects DNA transcription using a chemical process. This breakthrough has significant implications for understanding human disease and drug design.
A UC San Francisco-led research team has discovered the first conclusive evidence that natural selection may also occur at the level of the epigenome for tens of millions of years. The study found a particular epigenetic mark on the DNA sequence of Cryptococcus neoformans, which should have disappeared during the age of the dinosaurs.
In mouse studies, a 'methylation clock' on the ELOVL2 gene ticked toward impaired vision with decreased gene expression, but boosting expression rescued age-related decline in visual function. The study highlights ELOVL2's regulatory role in producing essential fatty acids for healthy retinal function.
Scientists at Institut Pasteur and CNRS identified molecules capable of inhibiting DNA methylation, killing even the most resistant Plasmodium falciparum parasites. The results showed significant activity comparable to chloroquine, with some inhibitors killing parasites in just 6 hours.
Researchers found significant epigenetic changes in DNA, specifically reduced methyl chemical tags, between two forms of acute childhood malnutrition. This led to complex gene expression changes and enhanced expression of genes related to metabolic problems like blood sugar regulation and fatty liver disease.
Researchers found that epigenetic mechanisms, specifically DNA methylation, play a key role in determining an individual's innate drive to exercise. The study revealed that mice with disrupted DNA methylation in hypothalamic neurons exhibited decreased voluntary physical exercise behavior.
A new study found that fertility treatments cause epigenetic changes associated with rare diseases, while maternal age does not. Researchers used mice to dissociate the effects of technology and aging on gene expression.
A study explores the genetic mechanisms by which alterations in colon-associated microbes might promote colorectal cancer. Alterations in gut microbes have been linked to increased DNA methylation changes and CRC risk.
The study reveals that Trm7-Trm734 preferentially methylates specific tRNA transcript variants, and that Trm734 is required for the positioning of tRNA for methylation. This breakthrough contributes to understanding genetic defects and developing new treatments for nosyndromic X-linked intellectual disability.
A multi-institutional team found that genomic structural variation alters DNA methylation across hundreds of genes, reducing global levels in human cancers. This study provides new insights into the mechanisms underlying cancer development and suggests potential implications for cancer immunotherapy.
A new method called PedBE clock estimates age in children under 20 using DNA methylation patterns from cheek cells. This technique is linked to gestational age and autism spectrum disorder, suggesting its potential for studying child development through epigenetics.
Using DNA methylation patterns, researchers reconstructed the skeletal anatomy of Denisovans, identifying 56 anatomical features that differ from modern humans and/or Neanderthals. The study provides insights into human adaptation, evolutionary constraints, and disease dynamics.
Researchers found a specific gene associated with autism undergoes changes in the sperm of men who use marijuana, sparking further investigation into potential intergenerational effects. The study suggests a possible connection between cannabis use and autism, warranting urgent research given the increasing prevalence of marijuana use.
Researchers found that postnatal overnutrition in mice leads to premature epigenetic aging in pancreatic islets, increasing the risk of diabetes. Early life overnutrition accelerates DNA methylation changes, resembling those of middle-aged mice, and contributes to impaired glucose regulation.
Researchers at Technical University of Denmark have developed a method to quickly couple enzymes with specific methylation patterns, revealing which enzymes are responsible for certain patterns. This discovery holds great promise for improving DNA transformation and introducing foreign DNA into host organisms.
Scientists used an epigenetic clock to explore the molecular mechanisms of aging in humans and identified a gene, NSD1, that is closely linked to the process. This research could lead to a better understanding of how aging works and its relationship with various conditions.
Researchers found that fish preserve 'DNA methylation' memories between generations, unlike humans where this is almost entirely erased. This discovery opens up new avenues for studying intergenerational memory transfer through DNA methylation.
Researchers reveal how TET proteins convert 5mC to 5hmC, preventing genomic instability and cancer. Defects in TET function are linked to increased levels of DNA damage and genome instability, highlighting the importance of maintaining a balance between DNA methylation and demethylation.
Researchers successfully studied DNA methylation loss in human cells, revealing the activation of transposons that can lead to serious diseases. The study provides new insight into how changes in DNA methylation contribute to diseases and opens up potential for a new understanding of genome function.
Researchers at IDIBELL confirm use of PDX models for studying methylation patterns associated with breast cancer subtypes and response to docetaxel. The study validates the models' representation of human tumor samples, enabling more accurate drug preclinical studies.
New research reveals that epigenetic changes in humans and zebrafish, a tiny fish species, are conserved for over 400 million years. The study found that genes linked to cancer development are silenced early in human embryos, similar to zebrafish, suggesting an ancient mechanism controlling these genes.
A recent study by Brigham and Women's Hospital researchers found four sites of DNA methylation associated with sleepiness in both African American participants from the MESA and CHS studies. Additionally, they discovered 14 such sites among only African American participants from both studies.
A Massachusetts General Hospital study found that stressful experiences before age 3 have a greater effect on gene expression than those in later years. Adversity during this period is associated with increased DNA methylation, which reduces gene expression and may lead to mental health problems.
Researchers developed a method to detect and edit DNA methylation in individual mouse oocytes, enabling predictions of offspring phenotype. The technique allows for correction of genetic disorders, such as Angelman syndrome, and may facilitate study of epigenetic information.
A study by University of Malaga researchers reveals that DNA methylation levels in genes related to lipid metabolism and inflammation are altered in obese patients with a metabolic disease. This dysregulation may contribute to the development of obesity-related diseases such as diabetes, cardiovascular disease, and cancer.
Researchers developed a novel cell model of aging-related colon cancer risk by combining genetic and epigenetic factors. The model shows that epigenetic changes are essential for cancer initiation, and can be used to assess cancer risk in human lab-grown cells.
A research team has identified CpG dinucleotides as reliable markers of gene activity, which can be used to determine the status of cytosine methylation. These 'traffic lights' signal whether RNA is synthesized from a gene and ultimately whether its associated protein will be produced.
A Northwestern University study found that poverty can become embedded in nearly 10% of the genome, associated with over 2,500 sites and 1,500 genes. This epigenetic mark may shape gene expression and contribute to disease development.
A study by the University of Helsinki found that insufficient sleep is associated with changes in DNA methylation in gene regulatory elements related to the nervous system development pathway. This indicates a potential link between chronic sleep deprivation and long-term health risks.
A new study is analyzing blood samples from over 2,500 participants to identify biomarkers of Parkinson's disease. The researchers aim to find molecular indicators in DNA that can aid in early diagnosis and treatment.
A new study reveals that male wild guinea pigs pass on epigenetic modifications to their offspring in response to environmental changes, such as diet and temperature. This discovery suggests that fathers play an important role in shaping the adaptability of future generations.
A study found that random differences in gene expression during fetal development can lead to a survival advantage, potentially contributing to adult health issues. The researchers propose that these epigenetic variations can become more common in individuals exposed to famine or adverse conditions during gestation.
A study found that prenatal environmental factors, including maternal age and nutrition, influence genomic imprinting in humans. The researchers analyzed DNA methylation data from Gambian children and found varying levels of imprinting depending on the season of conception.
A novel DNA methylation regulator Stella has been identified to safeguard the unique epigenome of oocytes. The dysregulation of Stella results in aberrant DNA methylation during postnatal oogenesis, affecting preimplantation embryo development. DNMT1 is found to be responsible for this aberrant methylation.
Researchers at Texas Biomed are investigating the role of DNA methylation in Hispanic childhood obesity. The four-year grant aims to understand how changes in genes and proteins contribute to obesity and potentially develop targeted treatments.
Scientists at Helmholtz Zentrum München have discovered new details about the UHRF1 protein, which regulates gene activity and is produced at elevated levels in cancer cells. The research reveals an unexpected function of the UBL domain in DNA methylation and defines a new role for this domain in regulating gene expression.
Researchers found that individuals with major depression have DNA methylation levels corresponding to an increased age, with a biological age on average 8 months older than healthy controls. Childhood trauma was also associated with accelerated epigenetic aging.
Research at University of British Columbia and Harvard University found distinctive methylation differences in DNA of adult men who experienced child abuse as kids. The study suggests that methylation could be used as a biomarker for investigators or courts in weighing allegations of child abuse.
A new study suggests that paternal diet influences offspring health by affecting sperm DNA methylation tags and seminal plasma immunological responses. Mice fed a low-protein diet had overweight offspring with dysfunctional metabolism, highlighting the importance of a healthy father's nutrition for child well-being.
A new study from Uppsala University found that one night of sleep loss can cause tissue-specific changes in gene expression and metabolism, leading to increased fat accumulation and muscle loss. This may explain why shift work and chronic sleep loss increase the risk of obesity and type 2 diabetes.
Scientists have discovered that corals and anemones can optimize their gene expression to acclimatize to extreme conditions, enabling them to survive climate change. Researchers plan to use this process to train corals in nurseries to improve their thermal resilience.
A team of Emory scientists has identified an enzyme that removes N6-methyladenine from Drosophila DNA, crucial for neuronal development. The finding provides insights into the role of this modification in humans, particularly in relation to Polycomb proteins.
Scientists have discovered how epigenetic marks behave in the first few days after conception, shedding light on their role in shaping later health. The study found that these marks are sensitive to external environmental factors and may be linked to adverse health outcomes in later life.
Two proteins, SmMBD2/3 and SmCBX, play essential roles in the biology of Schistosoma mansoni, particularly in egg production. Disrupting these proteins' activity could lead to new drug targets for controlling schistosomiasis.
Researchers at Texas A&M University have discovered how methylation affects DNA's mechanical properties, revealing new insights into how cells behave. The study opens doors to analyzing other types of DNA or RNA modifications and their behavior under different conditions.
A recent study published in BMC Bioinformatics has found that DNA methylation patterns in circulating blood cells can help identify children with spastic cerebral palsy. The researchers used next-generation sequencing data to analyze these patterns and identified distinct markers that distinguish children with CP from those without it.
Corals adjust to ocean acidification by altering gene expression through DNA methylation. This adaptation involves increased cell size and calyx development, allowing corals to thrive in changing environments.
Researchers at Hiroshima University found that space-like gravity affects the process of gene expression in muscle cells, leading to slower muscle development. DNA methylation is a key player in regulating muscle cell differentiation, with potential targets for treating skeletal muscle atrophy identified.
Researchers at Salk Institute identify a small family of proteins controlling DNA methylation marks, crucial for gene regulation. This discovery sheds light on epigenetic mechanisms in plants and animals, potentially leading to new strategies for correcting genetic defects associated with diseases like cancer.