Articles tagged with Mutation
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Researchers at UNIGE discovered a new gene linked to blindness and cardiomyopathy, which causes a deficiency in taurine. Administering a taurine supplement halted the progression of eye disease and treated cardiac disease in two children.
Researchers used CRISPR gene-editing to introduce human mutations into C. elegans worms, identifying genes that modify disease progression and pinpointing harmful drugs. The study found three candidate disease-modifier genes and demonstrated the importance of screening for potential harm in patients with genetic mutations.
A new study suggests that rare, harmful genetic mutations present in healthy donors' stem cells can be passed on to cancer patients, causing heart damage, graft-versus-host disease and new leukemias. The study analyzed DNA samples from 25 AML patients and their matching donors, revealing 44% of donors had at least one harmful mutation.
A recent WSU study discovered a rare genetic mutation in greyhounds that affects their ability to break down certain anesthetics, but also found similar mutations in popular breeds like golden retrievers and Labrador retrievers. The research team is working on a simple cheek swab test to detect the mutation and provide accurate advice ...
A new genetic test approach may help diagnose Emery-Dreifuss muscular dystrophy and other rare diseases by identifying mutations that trigger muscle-wasting conditions. The study identified over 20 new mutations linked to the condition, which affects around one in 100,000 people worldwide.
Splice-altering mutations can contribute to inherited predisposition to cancer by altering RNA splicing patterns. The cBROCA method identifies altered transcripts and associated genes, revealing potential therapeutic targets.
Researchers at Tel Aviv University have discovered a significant overlap between genetic mutations causing autism and those related to Alzheimer's disease. The study found thousands of mutations in the aging brains of Alzheimer's patients, including those affecting the protein ADNP.
Researchers discovered a rare gene mutation in the DUOX2 gene associated with familial thyroid cancer, which increases the risk of hereditary non-medullary thyroid cancer. The mutated protein produces excess hydrogen peroxide, potentially causing additional genetic mutations and increasing cancer risk.
Researchers identified 22 new mutations in the TITIN gene associated with non-ischemic dilated cardiomyopathy, a disease weakening the heart muscle. Patients with these mutations had severe cardiomyopathy and poorer outcomes, highlighting the need for genetic testing and aggressive monitoring.
A recent study has identified the gene function that protects against type 2 diabetes, revealing a zinc transporter's role in insulin secretion. The research found that individuals with a specific mutation in the SLC30A8 gene have enhanced glucose-stimulated insulin secretion and reduced blood sugar levels.
A comprehensive genome sequencing study reveals rare CFTR mutations in Puerto Rican and Dominican patients, driving the disease's progression. This finding underscores the need for diverse clinical trials to develop personalized therapies, as transformative new drugs may not benefit minority populations.
Researchers discovered a genetic variant in the Epas1 gene that enables high-altitude deer mice to survive by increasing their heart rate in response to low oxygen levels. This adaptation is also found in Tibetans living at high altitudes, suggesting potential benefits for long-term survival.
Researchers developed an algorithm that uses nonsense-mediated mRNA decay (NMD) to predict which cancer patients will respond to immunotherapy. NMDdetective identifies mutations in the genome susceptible to this quality control process, allowing for personalized treatment approaches.
A genetic test can now be developed for the mutation discovered in the RAPGEF6 gene in miniature bull terriers. The study identifies an important role for RAPGEF6 in laryngeal nerve function, with carriers of the mutation having a 10- to 17-fold increased risk of laryngeal paralysis.
Researchers found complex patterns of mutations, including changes in cancer genes, and a huge variability of mutations in healthy colon tissue. The study provides insight into how a healthy cell becomes a cancerous one and identifies new mutational signatures in normal colon cells.
A genetic link has been discovered between Sudden Infant Death Syndrome (SIDS) and a mutation in the HADHA gene, causing infants to die suddenly from cardiac arrest. Researchers hope that this discovery will lead to new treatments and interventions for the disease.
A new study published in Nature found that a single genetic mutation in the SF3B1 gene is associated with an increased risk of developing various types of cancer. The researchers discovered that this mutation leads to the production of abnormal RNA molecules, including noncoding DNA sequences that disrupt the genetic message.
A genetic variant in the DNMT3A region of chromosome 2p appears to help people with MRSA clear blood stream infections by regulating immune response. The mutation reduces levels of anti-inflammatory cytokine IL-10, allowing for a more effective host response.
A study published in Nature Communications reveals that inherited germline variations and somatic mutations interact to determine the course of Ewing sarcoma disease. The research, led by Dr. Thomas Grünewald, shows how genetic context influences tumor growth and progression.
Researchers at Ohio State University have found a link between a genetic mutation and flu-related heart complications in mice. The study suggests that some people may be genetically predisposed to these complications, which could lead to new therapies.
A new study published in Nature found that only a few individuals of the thale cress plant have adapted to extreme climate conditions, suggesting a potential collapse of species genetic diversity in Central Europe. This could lead to reduced plant populations unable to survive due to changing precipitation and temperature patterns.
A study by Massachusetts General Hospital researchers has found a mutation in the RABL3 gene linked to hereditary forms of pancreatic cancer. The discovery may lead to earlier diagnoses and improved treatments for patients with strong family histories.
Researchers developed an advanced method to detect low-level somatic mutations in intractable epilepsy with 100% accuracy, surpassing conventional sequencing analysis which stands at 30%. The study used deep sequencing replicates of major focal epilepsy genes and identified mutations in approximately 5% of patients.
Scientists have discovered a rare, inherited gene mutation that significantly increases the risk of pancreatic and other cancers. The RABL3 mutation was found in a family with multiple relatives diagnosed with pancreatic cancer, and zebrafish carrying the mutation also showed dramatically higher rates of cancer.
A study led by UCSF found that advanced sleep phase, where people wake up at 4 a.m., may be more common than previously thought, affecting around 1 in 300 adults. This condition is distinct from early rising with normal aging and can improve daytime functioning.
Researchers identified the molecular mechanism linking a protein mutation with abnormal nervous system development in neurodevelopmental disorders. A complex of proteins called the SWI/SNF complex was found to be affected, leading to changes in gene expression and brain development.
Researchers found that slowing metabolic rates can prevent developmental problems caused by genetic mutations in fruit flies. The study suggests that reducing metabolism by 50% allows for adjustment and correction of errors, thereby preventing detrimental effects.
Researchers identified a repeated stretch of DNA as the cause of four rare neurodegenerative diseases, including fragile X tremor/ataxia syndrome and Parkinson's disease. The discovery uses advanced DNA sequencing technology and may lead to insights into other diseases caused by similar mutations.
Researchers discovered 43 specific genetic mutations required for leukemia development in children with Down syndrome. The study identified additional genetic changes transforming preleukaemic cells into leukaemic ones.
Researchers find that targeting a specific genetic mutation can alleviate psychosis symptoms by restoring glutamate function and glycine levels. The study provides proof-of-principle for a new approach to treating psychotic disorders using genotype-based treatment.
Researchers at Harvard Medical School developed a precise gene-editing tool to target the faulty Tmc1 gene in Beethoven mice, achieving an unprecedented level of accuracy. The treatment successfully preserved hearing in mice with hereditary deafness, paving the way for potential treatments of other dominantly inherited genetic diseases.
A study by Massachusetts General Hospital found that DNA single strands can be highly sensitive to mutation by gene-editing enzymes. Many mutations occur in genes unrelated to cancer development, highlighting the need to distinguish between 'driver' and 'passenger' mutations.
The PREGCARE study provides personalized pre-conception risk evaluation for healthy couples with a child affected by a developmental disorder. The researchers aim to identify families at high risk of recurrence and provide accurate assessment of their chances of having an unaffected child.
Researchers analyzed genomic data from over 31,000 parent-child trios and identified 307 significantly enriched genes, 49 of which are novel. The study explains about 51% of the DNM burden in their dataset, leaving half unexplained, providing clues for future discovery.
A study has identified new potential genetic causes of male infertility, which will help develop better diagnostic tests. Researchers found de novo mutations in genes involved in spermatogenesis, none of which were previously known to cause human infertility.
Researchers discovered 12 genes that increase MS risk in families with multiple members affected by the disease. They found a common biological process leading to increased inflammation, paving the way for personalized treatments and preventative strategies.
A genetic mutation in the CCR5 gene associated with a lower survivability rate was created on twin babies born last year. The mutation increases mortality by 21%, particularly between ages 41 and 78, according to researchers at the University of California, Berkeley.
A research study has identified a deadly human heart disease caused by the combination of three subtle genetic variants inherited within a family. The study uses CRISPR genome editing and human pluripotent stem cell technology to prove that the interaction between these genes leads to severe heart defects in multiple siblings.
Researchers used machine learning to analyze whole genomes of 1,790 individuals with autism and their unaffected parents and siblings. Noncoding mutations were found to be comparable in number to protein-coding mutations causing gene disablement.
A Princeton University-led team used AI to decode the functional impact of non-coding DNA mutations in people with autism. The researchers analyzed 1,790 family genomes and found thousands of potential genetic contributors. This breakthrough method is applicable to discovering genetic contributions to any disease.
Research by Medical University of South Carolina investigators reveals genetic variations in fetal heart valve cells can cause mitral valve prolapse later in life. The study found that defects in primary cilia contribute to the disease, which can be present early but remains benign until decades later.
A team developed an integrative model of the transcription preinitiation complex (PIC) using IBM's Summit system. The new model provides superior insights into protein structures and dynamics, revealing how mutations cause genetic diseases.
Researchers have identified a DNA mutation linked to breathing problems in dogs, including Norwich terriers with proportional noses. The discovery raises the possibility of genetic tests to identify animals at risk and could help breeders avoid producing affected pups.
Researchers from CSHL discovered a cryptic mutation in tomatoes that had unexpected effects on growth and yield. By understanding the interaction between this mutation and another gene, they found that duplicating the mutated gene restored its function, providing a solution to agricultural production issues.
A new experimental therapy has demonstrated potential in slowing the progression of a genetic form of ALS by reducing SOD1 protein levels. Patients who received the treatment showed improved breathing capacity, muscle strength, and functional abilities compared to those given a placebo.
Researchers identified two new neurodevelopmental diseases caused by ACTL6B gene mutations, leading to epilepsy, seizures, and cognitive delays. The study used induced pluripotent stem cells and CRISPR gene editing technology to understand the role of ACTL6B in brain development.
A Rutgers-led study found that pollen genes in certain corn strains undergo natural mutations, which may lead to better breeding and crop development. In contrast, other strains show no detectable gene mutations.
Two rare genetic variants, NOTCH3 and TREM2, linked to Alzheimer's disease have been discovered. The NOTCH3 variant is more frequent in Ashkenazi Jews and may lead to a diagnostic test for AD in this population.
Mutations in the NUP160 gene are associated with steroid-resistant nephrotic syndrome, a kidney disease that does not respond to steroids. The study identified new genetic mutations and developed a functional study system to analyze human genes.
A new CRISPR-based device, CRISPR-Chip, can detect specific genetic mutations in a matter of minutes. The device uses graphene transistors to scan DNA samples and report results electronically, bypassing the need for polymerase chain reaction amplification.
A retrospective study found that inherited mutations in pancreatic cancer susceptibility genes may increase the risk of developing pancreatic cancer in patients with specific precursor lesions. The study analyzed DNA from 315 patients and found a higher likelihood of invasive pancreatic cancer in those with inherited mutations.
A nationwide study published in ESC Heart Failure has identified four major mutations causing hypertrophic cardiomyopathy in Finland. The study found that 40% of patients carried a specific or likely mutation, while 20% were carriers of a rare gene mutation with unknown role.
Researchers at Cardiff University discovered a genetic mutation in the CYFIP1 gene linked to autism-related motor issues. Early intervention with movement therapies shows promise in reversing these difficulties.
Researchers at VIB-KU Leuven discovered a genetic mutation that can cause a juvenile form of inflammatory joint disease. The study used next-generation sequencing and immunology approaches to unravel the disease mechanism, providing insights into the development of targeted therapies.
Scientists at Sechenov First Moscow State Medical University have discovered new genetic mutations associated with Usher syndrome, an inherited disorder that affects deaf-blindness. The study found unique mutations in DNA regions and confirmed diagnoses of type II USH in Russian patients.
Researchers have discovered a genetic mutation that makes people vulnerable to tuberculosis, a condition affecting one in five people globally. The mutation, TYK2, increases the risk of developing TB by disrupting the immune system's ability to fight mycobacteria, making individuals more susceptible to infection.
A McGill-led research team has developed a computational process to track the transmission histories of rare genetic diseases, tracing CAID back to two European founding families in 17th century Quebec. The researchers hope to extend their search techniques to more common genetically based diseases and identify new genetic variants.
A study published in Cell Reports reveals the role of protein PIF1 in repairing G-quadruplex DNA structures, which can impede DNA repair mechanisms. The discovery sheds light on potential therapeutic options for cancer treatment and could improve patient outcomes.
A research team from Universitat Autonoma de Barcelona develops a new Double Factor Preimplantation Genetic Testing (DF-PGT) strategy using massive sequencing techniques. This allows for simultaneous diagnosis of genetic mutations and chromosomal alterations, increasing the security of the diagnosis and the viability of embryos.
A UCLA-led research team has identified two major groups of genes involved in mutations that result in an overproduction of tau protein, a hallmark of progressive dementia. The study suggests that these genetic processes may be targetable with experimental drugs.