Articles tagged with Glucose
Scientists have created mice that can eat rich, high-fat diets without accumulating fat or risking diabetes. The mice lack the SCD-1 gene, which produces an enzyme required for fat tissue production. Instead of storing excess fat, the mice metabolize it, increasing energy expenditure and oxygen consumption.
A study of 181 patients who had a heart attack found that 35% had impaired glucose tolerance at discharge, while 40% developed it three months later. High fasting blood glucose concentrations and abnormal glucose levels in red blood cells were also associated with impaired glucose metabolism.
A study of 181 patients with acute myocardial infarction found that nearly 40% had impaired glucose tolerance at discharge and 31% had undiagnosed diabetes. The risk factors were independent predictors of abnormal glucose tolerance, suggesting a need for screening tests after heart attacks.
Researchers at the University at Buffalo found that consuming a high-fat meal causes an increase in inflammatory components in the blood. However, taking antioxidant vitamins E and C before consumption can nullify this effect.
A new study from the University of North Carolina at Chapel Hill found that Australian Aboriginals are more susceptible to diabetes due to excess weight. The researchers suggest lowering BMI guidelines to reduce the risk, which could potentially prevent up to 46% of diabetes cases.
Researchers found glucose oxidase in caterpillar saliva, which converts glucose to gluconic acid and hydrogen peroxide. The enzyme suppresses plant nicotine production by 26%, making caterpillars healthier.
A Yale study found that 25 percent of severely obese children are at high risk for developing type 2 diabetes. The condition was more prevalent among girls and affected children from diverse ethnic backgrounds.
Chronic obstructive pulmonary disease (COPD) is associated with a 3.9% reduction in workforce participation rates, particularly among those with moderate to severe disease. Additionally, sleep-disordered breathing in mildly obese men is linked to glucose intolerance and insulin resistance.
Researchers at UC Davis have identified a crucial role for sitosterol in starting the process of making cellulose. The study reveals how plant cells spin cotton fibers, providing valuable insights into the textile industry's most valuable crop.
A study published in Diabetes Care found that stress management techniques, when added to standard care, helped reduce glucose levels in patients with type 2 diabetes. On average, the stress management group showed a 0.5 percent reduction on the hemoglobin A1c test.
A study published in the American Journal of Clinical Nutrition found that obese women converted carbohydrates to fat at a faster rate than lean women. This increased conversion was observed even when both groups were overfed with carbohydrate-rich diets, suggesting an intrinsic genetic potential for de novo lipogenesis.
Researchers discovered that Foxo1 is involved in regulating glucose metabolism and promoting insulin resistance in cultured kidney cells. Increased Foxo1 activity was linked to decreased insulin sensitivity, highlighting its potential as a therapeutic target for treating related disorders.
Researchers develop biomimetic gel that binds to glucose molecules, potentially triggering insulin release in diabetics. The gel's sensing mechanism could be incorporated into implantable devices, providing therapy for type one diabetes.
Researchers found GLUT4 inserted into plasma membranes at regions of membrane ruffling. High insulin and glucose levels impede this process, suggesting a novel explanation for muscle glucose homeostasis loss in diabetes. This study provides insight into the role of membrane-cytoskeletal interactions in regulating glucose uptake.
The study identifies the carbohydrate response element-binding protein (ChREBP) as a key player in transforming excess glucose into fat. ChREBP binds to specific genes, activating enzymes that catalyze the transformation of excess glucose into fat, which can lead to weight gain.
HIV-infected individuals taking antiretroviral therapy experience changes in fat distribution, cholesterol, and glucose metabolism, leading to anxiety-provoking body shape changes. Dr. Kingsley's proposed definition guides diagnosis and monitoring of HIV-associated lipodystrophy syndrome.
A new device that combines two sensors to measure glucose and insulin levels simultaneously could provide early warning for diabetics. This technology has the potential to help predict blood sugar changes and stave off complications such as kidney failure and heart disease.
A study found that 2.2% of adults with diabetes were undiagnosed, leading to more physician visits, hospital admissions, and unfavorable health outcomes compared to normoglycemic individuals.
Current diagnostic criteria for diabetes are based on morning measurements, but patients tested in the afternoon may have higher fasting plasma glucose levels, leading to incorrect diagnoses. The study suggests that applying current criteria to afternoon patients could miss up to half of undiagnosed cases.
Researchers have developed a technique using infrared light to measure blood glucose, offering a painless alternative to current methods. A small clinical trial involving five people with Type I diabetes showed promising results, paving the way for future commercial development.
A new study found that a high glycemic load diet, which includes foods like rice and potatoes, increases the risk of coronary heart disease in US women. Women with higher glycemic load were 1.57 times more likely to have CVD than those with lower glycemic load.
Researchers have developed a new and painless way to measure glucose levels in diabetics using low-frequency ultrasound. The method, described in a recent study, involves making the skin permeable with ultrasound waves, allowing glucose to cross the skin and be measured continuously for up to 12 hours.
A recent study by Ohio State University researchers found that obese Black teenagers have a significantly higher risk of developing type II diabetes as adults compared to their white counterparts. The study highlights the need for early aggressive weight management in Black teens, given racial and ethnic differences in glucose metabolism.
A study of 254 women with Polycystic Ovary Syndrome (PCOS) found that 7.5% had undiagnosed diabetes, compared to 1% in the general population. Insulin resistance is a key factor in PCOS-related glucose intolerance and diabetes risk.
Researchers found cancer cells self-destruct when glucose is cut off, suggesting a potent new way to fight cancer with few side effects. The discovery was made using a compound that disrupts glycolysis, the process that produces energy from sugar, and could be used in combination with existing treatments.
A recent study has found that a mutation in the HNF4alpha gene causes MODY1, a rare form of Type 2 diabetes. The defect impairs glucose homeostasis and glycolysis pathways.
Researchers have identified the daf-2 gene as a potential target for slowing aging in humans. Altering glucose metabolism may be crucial in extending lifespan. By understanding this mechanism, scientists hope to uncover new strategies for promoting healthy aging and increasing human longevity.
A graduate student at Purdue University has developed a gel-like material that expands and contracts in response to changes in acidity, mimicking the natural response of the body. The gel could be used as a 'molecular gate' to deliver insulin in real-time, responding to glucose levels.