Research on the human genome and what it shapes. Covers AI genomics, molecular aging, biodesign, and gene-environment effects.
Researchers at Caltech used Caenorhabditis elegans to study cell migration, identifying genes that are active during this process. These findings may lead to the development of new drugs that block cell migration, which is linked to tumor formation and metastatic cancer.
Researchers developed an emotion detector using a genetic algorithm that recognizes six human emotions and neutral expression. The system analyzes upper and lower lip shapes to improve interaction between humans and computers.
The GENCODE Consortium discovered a staggering array of genes in the human genome, including over 10,000 novel genes and 20,687 protein-coding genes. Long non-coding RNAs, a relatively new type of gene, were also found to play a significant role in human biology and disease.
The Gruber Foundation honored Mary Gehring and Valerie Horsley with the Rosalind Franklin Young Investigator Award for their groundbreaking research in Arabidopsis epigenetics and mouse genetic models. The awards recognize early career female scientists making significant contributions to genetics.
Scientists have assigned functions to 80% of human genome, providing insights into gene regulation and solid genetic foundation for understanding health and disease. The UCSC Genome Browser offers a gateway for worldwide researchers to explore this new encyclopedia.
The Yale team's study reveals a hierarchical structure in the human genome, with regulatory networks that work together to regulate target genes. They also found that sex plays a role in genetic activity, allowing researchers to track the relative contributions of mom and dad.
Researchers at Lund University have developed a new approach that links gene variants to their effect on insulin production in human beta cells. The study explains 25% of variations in blood sugar levels, providing greater insight into the causes of type 2 diabetes.
A study led by Svante Pääbo describes the Denisovan genome, revealing genetic variation was extremely low, suggesting a small population that grew quickly. The research documents genetic changes between modern humans and their archaic relatives, including genes associated with brain function and nervous system development.
Researchers found that humans inherit more than three times as many mutations from their fathers as from their mothers. The study also suggests that the mutation rate in fathers doubles with age, while there is no association with mother's age. This new insight challenges theories of human evolution and sheds light on conditions such a...
Researchers found that DNA methylation modifications may contribute to phenotypic changes in humans and chimps. The study suggests that methylation differences between the species might be linked to human disease vulnerability.
A study by researchers at the University of Cambridge suggests that common ancestry, not hybridisation, better explains the average 1-4 per cent DNA shared between Eurasians and Neanderthals. Genetic evidence shows that Africans have almost none of the Neanderthal genome.
Researchers at Oregon State University have found a type of 'selfish' mitochondrial DNA in animals that is hurting the organism and affecting its chance to survive. The discovery bears similarities to damage done to human cells as they age and may provide an important new tool to study human aging.
Researchers at Newcastle University have identified a new type of white blood cell that activates a killing immune response to external sources, providing a potential target for vaccines. The discovery could lead to the development of targeted immunotherapies against cancer and infections such as Hepatitis B.
A recent genomic study of 15 African hunter-gatherers sheds light on human diversity, evolution, and ancient interbreeding. The analysis identifies millions of previously unknown genetic mutations and suggests that different groups evolved distinct traits to adapt to local environments.
Researchers have identified genetic and blood serum markers that can predict the rapid progression of hepatitis C disease, allowing for more effective treatment decisions. Patients with high levels of a specific protein called MCP-1 are at risk for severe liver diseases.
Researchers found that human placenta-derived endothelial colony-forming cells (ECFCs) are more proliferative and better at forming new blood vessels than those derived from umbilical cord blood. The study, published in Cell Medicine, suggests that the placenta could be an abundant source of ECFCs for therapeutic use.
Researchers identified a new subset of dendritic cells that play a critical role in activating the immune response against harmful pathogens. The discovery enables better exploitation of targeted vaccine strategies to treat cancer and infection, with significant impact on vaccine design and immunotherapies.
A team of international researchers discovered evidence of pre-13,000-year-old non-Clovis cultures in North America, contradicting the long-held 'Clovis First' theory. The findings include Western Stemmed projectile points and DNA-profiling of human coprolites from the Paisley Caves.
Researchers use zebrafish to study the biological mechanisms underlying human disorders, including inflammatory bowel disease, doxorubicin-induced heart failure, spinal muscular atrophy, and acute T-cell lymphoblastic leukemia. The models provide valuable insights into causes and potential treatments for these diseases.
New research reveals rhesus macaques have three times more genetic variation than humans but with a comparable ratio of damaging mutations, indicating strong selection pressure to maintain gene function. The study's findings provide insights into the impact of population history on genetic variation and evolutionary selection.
A study by European Society of Human Genetics researchers identifies a crucial factor, CD36 fatty acid transporter protein, in suppressing response to VPA treatment. Monitoring blood for CD36 levels can help doctors determine response to treatment before starting therapy.
Researchers identify a critical neurological factor in aggression, blocking it in mice to suggest potential treatments for severe aggression. The study's findings have significant breakthrough potential for developing drug targets for pathological aggression.
Biochemists at UC Riverside discovered that increasing vitamin C levels can produce twins and triplets in plant seeds. This finding has the potential to increase fertility in low-fertility crops and boost their value. The researchers' study results were published online in PLoS ONE.
Lachke's research focuses on identifying genes associated with eye diseases, aiming to understand lens development and function. He has discovered three new cataract-associated genes using his online gene discovery tool iSyTE.
The Human Microbiome Project found that the human body contains trillions of microorganisms, contributing millions of unique protein-coding genes. These microbes play a vital role in human health, enabling digestion and absorption of nutrients, and producing beneficial compounds.
Researchers have identified over 10,000 microbial species living in humans and found that between 81-99% of genera were present in healthy adults. The study's findings highlight the role of beneficial microorganisms in maintaining health and provide insights into their functions.
Researchers at UCSB have successfully synthesized a semiconductor material through genetic engineering and molecular evolution. By directing the evolution of enzymes, they created new mineral architectures with unique properties, opening up possibilities for specialized materials.
The Forsyth team, led by experts in oral and craniofacial microbiology, contributed to the Human Microbiome Project's definition of normal bacterial makeup. The study found that microbes contribute more genes responsible for human survival than humans themselves, with an estimated 360-times more bacterial genes.
The FASEB MARC Program has awarded a $1,650 travel grant to Shanelle Joseph from Southern University and A tM College for her poster/platform presentation at the 2012 meeting. The program aims to increase underrepresented minority engagement in biomedical research.
Researchers suggest that inactivation of two specific genes related to the immune system may have conferred selected ancestors of modern humans with improved protection from some pathogenic bacterial strains. This proposed factor could have contributed to the emergence of anatomically modern humans around 100,000 years ago.
A recent study has identified more than 40 genetic regions influencing fertility in Hutterite men, which may shed light on unexplained cases of male infertility. The research also found nine genetic regions impacting sperm quality in non-Hutterites.
A large survey of human genetic variation reveals that rare genetic variants are surprisingly common, affecting millions of people. The study, published in Science, found that one individual in 14,002 had a unique variant in each of 202 genes.
A new technique called TAB-Seq has enabled scientists to map the entire genome of 5-hydroxymethylcytosine sites at single-base resolution. This breakthrough has revealed new information about its patterns of distribution in human and mouse embryonic stem cells, indicating a major role in regulating gene expression and development.
Researchers found a critical gene responsible for human brain features, duplicated around two million years ago. The partial copy's interaction with the original gene likely enabled cognitive changes and neuron development benefits.
Researchers found that Chd1 protein regulates histone occupancy, enabling gene expression. In yeast cells, Chd1's absence impairs nucleosome reassembly and transcription.
Researchers at Durham University have identified a key gene involved in sperm-to-egg binding, enabling fertilization in mammals. The discovery highlights the importance of cumulus cells surrounding eggs and suggests potential avenues for improving IVF treatment effectiveness and developing new contraceptives.
Khan Academy and 23andMe are collaborating to educate people about genetics and the Human Genome Project. The partnership provides free educational resources, including video series and interactive tools, to help individuals understand their own genetic information.
A new genetic study reveals that head and body lice are the same species, despite their distinct characteristics. The research compared protein-coding genes expressed during both life cycles, finding only minor differences in sequences.
Human embryonic stem cells are regulated by three genes: Nanog, Oct 4, and Sox 2. These genes control self-renewal and differentiation, essential for treating diseases like Parkinson's and Alzheimer's. The study highlights the importance of human research over mouse models.
A new vaccine developed by Inserm researchers reduces both hypersensitivity to allergens and inflammatory response in asthmatic mice. The vaccine is based on DNA sequences of the allergenic substance Derf1 and has shown promising results in animal studies.
Scientists at Gladstone Institutes discover apoE protein plays distinct roles in young and aging brains, suggesting new research avenues for treating Alzheimer's. Increased ApoE levels can damage brains later in life, challenging current thinking.
A recent study by McGill University researchers has identified a key gene affecting chronic pain sensitivity, offering a potential new approach to individualized therapy. The findings suggest that targeting the pore-forming function of P2X7 receptors may provide relief for patients with genetically inherited low pain sensitivity.
A study of ancient DNA found that Western European Neandertals experienced a demographic crisis, leading to reduced genetic variation and near-extinction. This discovery challenges the long-held theory of cold adaptation in Neandertals.
Researchers found that the absence of a single gene in Neospora makes it less able to evade the immune response in mice and other species. This may explain why Neospora has a limited host range compared to Toxoplasma, which has more surface proteins necessary for host adaptation.
A multinational team of researchers found that house mice (M. m. domesticus) colonized Iceland and Greenland during the Viking age, mirroring human settlement patterns. The analysis of mouse mitochondrial DNA showed no evidence of mice in Newfoundland, suggesting a fleeting presence.
Researchers found that sex-deprived fruit flies prefer alcohol to satisfy a physical reward, which could lead to understanding of human addiction causes. The study's findings could also inform the development of treatments for substance abuse in humans.
Researchers have created a genetic map of recombination in chimpanzees, showing that hotspots differ significantly from those in humans. The study reveals the complex evolution of this process, which drives genetic diversity and adaptation.
A recent study by the Norwegian Institute of Public Health found that silver nanoparticles can suppress cellular growth and multiplication, causing cell death depending on concentration and duration of exposure. Titanium dioxide nanoparticles also caused DNA damage but with weaker effects.
A new JDRF-funded study identifies genes expressed in beta cells, suggesting a role in their own destruction leading to T1D. The research may help explain why the immune system specifically attacks beta cells, opening up new avenues for understanding and treating the disease.
A study by University of Illinois professor Gene Robinson found that honey bees differ in their desire to perform tasks, with certain individuals more likely to seek adventure. The research suggests that these differences may be due to variability in personalities.
The study compares the genomes of humans, chimpanzees, gorillas, and orang-utans, shedding light on human origins and genetic differences. Genetic changes important in evolution were found to be accelerated in genes related to sensory perception, hearing, and brain development.
A team of researchers at the University of Gothenburg has identified a key molecule, Cdk1, responsible for initiating the maturation of mammalian eggs. This discovery could lead to an increased rate of successful IVF treatments for women struggling with egg maturation issues.
Researchers found that bright light inhibits the firing of hydras' stinging cells, suggesting a daily rhythmic cue to regulate their behavior. The study links photoreception genes to the mechanism of hydra's harpoon-like cnidocytes, revealing unexpected functions beyond vision.
Researchers at UC Davis found that R-loops prevent methylation at CG island promoters, which are essential for 60% of human genes. This breakthrough could lead to treatments for autoimmune diseases by reversing cytosine methylation.
Most European Neandertals were on the verge of extinction around 50,000 years ago, according to a new study published in Molecular Biology and Evolution. A small group of Neandertals recolonized central and western Europe after dying off, surviving for another 10,000 years before modern humans entered the scene.
Biologists at the University of Rochester used a genetic tool from jewel wasps to find changes in cell regulator genes that affect wing growth. This discovery could help understand cell growth regulation and underlying causes of some diseases.
A team of Whitehead Institute scientists confirms that the human Y chromosome has not lost a single ancestral gene in the past 25 million years. The study, published in Nature, contradicts the 'rotting Y' theory and suggests the Y chromosome has been genetically stable since its divergence from other chromosomes 25 million years ago.
MDC researchers have identified a crucial function of the c-Maf gene in the development of neurons responsible for mechanosensory function. In mice with deleted c-Maf, high-frequency vibrations are not detected, leading to impaired touch sensation and early-onset cataracts.
Dr. Chris Overall's research has led to a better understanding of the human proteome, revealing key proteins controlling innate immunity and inflammation. His team discovered a molecular beacon that directs white blood cells to injury sites, stopping chronic inflammation.
Researchers have developed the Collaborative Cross, a reference manual of genetic variation in hundreds of specially-bred mice and their genetic sequences, which more closely mirror human genetic complexity. This resource could aid development of more effective treatments for various human diseases.