Articles tagged with Biomarkers
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Researchers at The Wistar Institute and University of Pennsylvania School of Medicine have discovered protein markers that could predict ectopic pregnancies. A panel of biomarkers, weighing individual proteins' relative importance, may create a more sensitive and reliable test for detecting ectopic pregnancies.
A newly discovered biomarker could help doctors diagnose meniscal tears with high accuracy, avoiding unnecessary surgery and medical scans. The biomarker, a fibronectin-aggrecan complex, was found in the knee fluid of patients with painful meniscal tears but not in asymptomatic individuals.
Researchers have developed a novel technology to diagnose Alzheimer's disease from blood samples before symptoms appear, identifying two potential biomarkers with 90% accuracy. This breakthrough could lead to earlier intervention and improved outcomes for patients.
Researchers create microsponges that capture biomarkers, enabling rapid disease diagnosis with high accuracy. The technology has the potential to replace traditional diagnostic methods at a lower cost.
Researchers at the University of Manchester have discovered a blood-clotting agent that can diagnose and monitor treatment for childhood genetic diseases. The biomarker, heparan cofactor II/thrombin (HCII/T) complex, accurately distinguishes between untreated patients with various MPS conditions.
A team of researchers has identified a potential biomarker for predicting future metastasis in patients with the most common form of liver cancer. Quantification of the mRNA template for a truncated version of the protein carboxypeptidase E (CPE) was found to predict intrahepatic metastasis with high sensitivity and specificity.
A new study found that traditional dietary surveys, relying on self-reported data, are inconsistent and can be influenced by memory impairment and digestive issues. Using nutrient biomarkers through blood tests, researchers aim to improve the accuracy of nutritional assessments and develop more effective therapies for cognitive health.
A study found that lower levels of beta-amyloid protein fragments, combined with less education, are associated with a faster rate of cognitive decline over nine years. Cognitive reserve measures modified the association, with those having higher reserves showing less decline.
The top biotech acquisitions in 2010 that exceeded $1 billion included a $41 billion purchase of Alcon by Novartis, followed by a $18.5 billion bid for Genzyme from sanofi-aventis. Merck's $5.2 billion acquisition of Millipore and Teva's €3.625 billion purchase of ratiopharm also made the list.
Researchers identify potential antibody biomarkers for Alzheimer's, Parkinson's and multiple sclerosis using synthetic compounds. Synthetic peptoids capture immunoglobulin antibodies from blood samples with high accuracy.
Researchers have developed a new type of sensor that can rapidly detect biomarkers in real time, enabling an inexpensive and quick way to collect diagnostic information about patients. The technology has the potential to diagnose cancer and other diseases by detecting specific compounds in a person's breath.
Researchers found that patients who developed immune reconstitution inflammatory syndrome (IRIS) after starting HIV therapy had specific biomarker patterns in their blood. The study suggests that prediction of IRIS or death may be possible with measurement of pre-antiretroviral therapy serum biomarkers.
Researchers at Arizona State University have identified a broad panel of 28 early predictors, or biomarkers, that may aid in the early diagnosis of breast cancer. The biomarkers were specific to breast cancer patients and not found in healthy women or those with benign breast disease.
A new study found that cardiac troponin T levels detected with a highly sensitive assay are associated with structural heart disease, cardiovascular mortality, and increased all-cause death in the general population. The prevalence of detectable cTnT varied by sex, race, age, and comorbidities.
Researchers at SomaLogic describe a breakthrough technology that detects biomarkers for lung cancer in its early stages, revealing the presence of a panel of 12 proteins. The SOMAmer technology enables accurate detection and measurement of proteins in just a few drops of blood.
A new study has identified promising biomarkers for Huntington's disease that could be used to track disease progression and test potential disease-modifying treatments. Biomarkers were found in brain imaging techniques, including whole-brain and striatal atrophy, which increased at a higher rate in individuals with the disease.
A study funded by the Motor Neurone Disease Association has identified a common signature of nerve damage in MND patients' brains, using advanced MRI techniques. This finding holds promise for a biomarker that could improve diagnosis speed and accuracy, as well as assess future treatments.
Researchers identified placental growth factor as a promising diagnostic biomarker for ectopic pregnancies. The study found that PIGF levels were reduced in samples from tubal ectopic pregnancies compared to intrauterine pregnancies.
Researchers have discovered haptoglobin as a reliable serum biomarker for predicting the onset of virus-induced type 1 diabetes in rats. The findings suggest that sustained elevations of serum haptoglobin are predictive of ensuing diabetes, with early detection potentially allowing for timely intervention.
A study found that measuring three biomarkers in a single blood sample can improve physicians' ability to identify patients at high risk of developing CKD. The biomarkers included homocysteine, aldosterone, and B-type natriuretic peptide.
A new definition of Alzheimer's disease has been proposed to diagnose the condition earlier and select patients for trials of disease-modifying treatments. The revised definition includes biomarkers as a key diagnostic feature, enabling diagnosis at an earlier stage, and allows for more precise selection of patients for clinical trials.
Erlotinib has been shown to improve progression-free survival in patients with advanced lung cancer carrying EGFR activating mutations. The OPTIMAL trial found that erlotinib nearly tripled progression-free survival compared to a standard chemotherapy combination. Safety analyses also showed lower rates of adverse events with erlotinib.
UT Southwestern researchers have found a set of proteins in blood serum that shows promise as a sensitive and accurate way to diagnose Alzheimer's disease. The analysis proved 94 percent accurate in detecting suspected Alzheimer's and 84 percent accurate in ruling it out in people without the disease.
The Penn Medicine Parkinson's Disease and Movement Disorders Center is one of 18 official study sites for the PPMI, a $40 million, 5-year observational clinical study that aims to identify biomarkers of Parkinson's disease progression. The study will use advanced imaging, biologics sampling, and behavioral assessments to provide valuab...
Researchers have identified a single biomarker that may predict resistance to tivozanib in patients with kidney and breast cancer. The biomarker reflects the presence of white blood cells inside tumors and is associated with clinical activity.
Researchers have developed a biomarker panel that distinguishes prostate cancer from benign prostate disease and healthy tissue with high accuracy. The panel uses autoantibodies to identify proteins on the surface of cancer cells, enabling early diagnosis and potentially increasing cure rates.
Dr. Jerrold J. Ellner leads an international research team to identify biological markers for tuberculosis (TB) and develop novel treatments and vaccines. The five-year grant aims to prevent TB, which kills nearly two million people annually.
Research led by Nancy F. Butte and funded by the US Department of Agriculture identifies new genetic biomarkers that may predict type 2 diabetes in children. The study fine-tunes a region on chromosome 13 associated with fasting blood sugar levels, shedding light on predisposition to the disease.
A study analyzing protein biomarkers in blood serum identified individuals with Alzheimer's disease with high accuracy. The findings suggest an inflammatory subtype of the disease and hold potential for targeted therapeutics.
Scientists at NPL have developed a new strategy for quicker and more precise detection of biomarkers, proteins indicating disease. This approach uses a probe to 'fish' for likely proteins in crowded blood samples, potentially leading to earlier diagnosis and treatment of Alzheimer's and cancer.
Despite advancements in cancer biomarker research, many initial breakthroughs fail to translate to clinical success due to issues with study design and interpretation. Seven biomarkers initially hailed as promising have been reevaluated, highlighting problems with pre-analytical, analytical, and post-analytical study design.
Researchers will study immune cells to identify biomarkers associated with TB infection and disease reactivation. The joint laboratory aims to develop early diagnosis and effective treatment for the highly contagious disease, affecting millions worldwide.
Researchers at CWRU School of Dental Medicine discovered a biomarker called human beta defensin-3 (hBD-3), which is associated with the early stages of oral cancer and can serve as an early warning system. hBD-3 attracts molecules that help cancerous tumors grow and spread.
Researchers at The Chinese University of Hong Kong have identified biomarkers in preterm infants' blood that can detect late-onset septicemia and necrotizing enterocolitis. These findings may help diagnose preterm infants requiring urgent treatment, reducing the risk of life-threatening conditions.
Researchers at TGen and VARI discovered a biomarker, miR-92a-2*, linked to survival in SCLC patients. Higher tumor levels of this microRNA are associated with chemoresistance and decreased survival.
A recent study suggests that N-terminal pro-brain-type natriuretic peptide (NT-pro-BNP) is not a reliable biomarker for cardiac dysfunction in dialysis patients. Instead, high NT-pro-BNP levels are more closely associated with fluid overload and require adjustment of dry weight to prevent complications.
New drugs, vaccines, biomarkers, and diagnostics could reduce TB incidence by 94% by 2050. Biomarker development is crucial for predicting treatment outcomes, while diagnostics advancements aim to improve case detection.
Scientists identified a tiny gene mutation that alters liver enzyme production, affecting drug processing and dosing. This mutation may serve as a biomarker to predict toxicity thresholds in cancer patients and tailor medication doses.
The Biodesign Institute project seeks to discover and validate molecular signs to predict who will develop diabetes before symptoms appear. By analyzing blood samples from over 700 patients, researchers hope to identify new biomarkers that can identify those at risk for developing diabetes and heart disease.
A team of researchers from McGill/MUHC has developed a novel screening tool to diagnose Chagas disease, a parasitic disease affecting over 10 million people in the Americas. The new approach uses mass spectrometry technology to identify specific biological markers left by the parasite, enabling rapid and reliable diagnosis.
Researchers identified two biomarkers in the blood that may accurately predict the spread of colon cancer, allowing for earlier intervention and treatment. The study found these biomarkers were significantly higher in metastatic cells than primary tumor cells.
A new study has found that current biomarkers des-gamma-carboxy prothrombin (DCP) and alpha fetoprotein (AFP) are not optimal for early detection of liver cancer. The study suggests that combining both markers can increase sensitivity but decrease specificity, indicating a need for further investigation.
Researchers have identified a biological marker in the brains of those exhibiting post-traumatic stress disorder (PTSD) using magnetoencephalography (MEG), a non-invasive measurement of magnetic fields in the brain. With over 90% accuracy, they were able to differentiate PTSD patients from healthy control subjects.
Researchers found that biomarker-stratified designs provide complete information on the relationship between treatment effects and biomarkers. This design enables unbiased estimates of benefit-to-risk ratios across different subgroups.
Researchers identified a biomarker called elafin that can be measured in a blood test to diagnose bone marrow transplant patients' skin rashes and predict GVHD risk. The test enables doctors to adjust therapy based on patient risk levels, potentially reducing side effects.
Researchers found that biomarker levels began to rise 3 years before clinical diagnosis, but became substantially elevated only a year prior. While not accurate enough for early intervention, these markers are associated with modest increases in ovarian cancer risk.
Scientists at Yale University have successfully used nanosensors to detect cancer biomarkers in whole blood for the first time. The new device can accurately measure concentrations of specific biomarkers with unprecedented precision, enabling faster and more reliable diagnoses.
Research highlights new techniques to assess PTSD, identify biomarkers for schizophrenia, and develop treatment for gambling addiction. These breakthroughs may lead to earlier diagnosis and personalized treatment strategies.
Researchers have identified cardiac myosin-binding protein C as a potential new diagnostic biomarker for heart attacks, particularly useful for mild attacks. cMyBP-C becomes nearly 20 fold more abundant than before within 5 minutes following a heart attack, suggesting its value in early diagnosis.
After a heart attack, patients experience shortness of breath and chest pain due to elevated cardiac biomarkers TnT and NTBNP. These biomarkers signal ongoing problems or past issues, highlighting the need for targeted treatment.
Dr. Jennifer Brodbelt receives $734,068 NIH grant to develop chip-based method for rapidly analyzing blood samples. The new approach could identify patterns correlated with aging and obesity.
A workshop conducted by the National Cancer Institute and FDA identified critical decision points in cancer biomarker and drug development. The points emphasize the importance of understanding the biology of the target and its interaction with drugs, as well as rigorous sample collection and quality control.
Researchers aim to identify 'biomarkers' in tissue and blood samples to diagnose conditions like psoriasis, rheumatoid arthritis, and Crohn's disease. They will test these signatures using tissue and blood samples from patients with various inflammatory diseases.
Archived patient tissue specimens can be used to indirectly test biomarkers, providing a more efficient alternative to traditional prospective studies. The authors argue that this approach can help establish the medical utility of prognostic and predictive biomarkers.
Researchers at the University of Toronto have created a microchip that can detect the type and severity of cancer in just 30 minutes, revolutionizing molecular diagnostics. The device uses nanomaterials to sense biomarkers indicative of cancer, providing speed, sensitivity, and accuracy not available with current technology.
Treatments like insulin and metformin do not reduce inflammatory biomarkers, such as hsCRP, despite improving glucose control. No consistent association was found between glucose reduction and improvement in inflammatory status.
A new biomarker test has been developed to predict the effectiveness of antidepressant medication in patients with major depression, allowing for quick switching to more effective treatments. The test measures changes in brain-wave patterns and showed an accuracy rate of 74%.
Biomarker levels strongly predict bypass surgery outcome and identify patients at risk of complications. Current diagnostic standards may need reconsideration due to low sensitivity.
Studies show that prototype helmets can improve blunt-impact protection for ground troops without compromising ballistic protection. A survey also reveals high incidence of driving-related anxieties among post-deployment soldiers, highlighting the need for better tools for diagnosis and treatment of traumatic brain injury in the civili...
A French team identified a 'Goldilocks dose' of DHA (200mg/day) that affects biochemical markers predicting cardiovascular problems. Regular DHA consumption is likely to improve cardiovascular health, especially in aging-related issues.