Articles tagged with Insulin
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A study suggests that insulin can suppress a pro-inflammatory transcription factor that promotes clot formation in blood vessels. Insulin infusion reduced levels of tissue factor and plasminogen activator inhibitor-1, key players in the development of human and mouse atherosclerosis.
Researchers are studying abnormal beta cell function to better understand canine and feline diabetes. They found that certain proteins play a crucial role in insulin secretion, which may contribute to the development of diabetes.
Research reveals insulin's impact on cardiac growth and development. Insulin signaling pathways regulate the expression of key genes involved in cardiac hypertrophy.
Scientists discovered that mice without the myostatin protein gain less fat as they age, even though they eat the same amount of food. This could lead to a new approach for treating type 2 diabetes by increasing muscle mass, which may improve insulin sensitivity.
Researchers found that DiaPep277 modulates the immune system to prevent autoimmune diabetes progression. The study showed significant increases in C-peptide levels and reductions in insulin requirements among patients receiving DiaPep277.
Researchers at Hadassah-Hebrew University Medical School and Peptor Ltd. successfully arrested the progression of Type I diabetes in newly diagnosed patients using DiaPep277, an experimental drug that alters immune cell behavior.
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 discovered that insulin sensitivity decreases by 32% among pubertal teens, while those who haven't started puberty experience increased sensitivity. The study suggests that changes during puberty contribute to lowered insulin sensitivity, with potential implications for preventing type 2 diabetes.
A recent study has identified a protein called Akt1 that promotes the growth and increase in size of pancreatic β cells, which can help prevent or treat type 2 diabetes. The researchers found that mice bred to produce excess Akt1 protein were more tolerant of glucose and resistant to diabetes.
A University of Otago study found that intensive exercise and specific dietary changes can improve insulin sensitivity by up to 20% in otherwise-healthy individuals. The research, which included 79 participants aged 35-60, also showed a significant improvement in insulin action among Māori participants.
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 at Purdue University have demonstrated a method for delivering insulin orally using microscopic particles that protect the medicine from stomach acid until they can be released in the intestines. The system has been shown to be non-toxic and effective, with the potential to revolutionize treatment for insulin-dependent diab...
Researchers have developed a polymer that protects insulin until it reaches the small intestine, where it can be absorbed into the bloodstream. This breakthrough offers potential relief for people with diabetes who struggle with painful injections.
A new study by University at Buffalo researchers found that insulin can reduce pro-inflammatory components in the bloodstream while increasing anti-inflammatory components. The results suggest that insulin may have anti-atherosclerotic effects and potentially reduce the risk of heart attack, contrary to previous assumptions.
IDX1's role in regulating glucose levels and insulin sensitivity has been identified, shedding light on potential therapeutic targets. Further research is needed to fully understand the mechanisms by which IDX1 influences diabetes progression.
Researchers at Beth Israel Deaconess Medical Center found that fat cells can trigger insulin resistance in muscle and liver, leading to type 2 diabetes. The study, published in Nature, reveals a potential new target for diabetes treatment and prevention by disrupting the communication between fat cells and other tissues.
A new study found that women younger than 60 had a higher mortality rate after heart attacks than men of the same age, with an almost threefold higher risk for death. Researchers also discovered that inhaled insulin shows promise for treating type 2 diabetes, improving blood sugar control without serious side effects.
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.
Recent advances in diabetes treatment have improved blood sugar control, allowing patients to dodge complications until late life. New drug therapies, including metformin and insulin analogs, have enhanced treatment possibilities.
Researchers found that participants with high insulin resistance were more likely to develop high blood pressure, highlighting a potential new treatment target. The study also suggests that reducing insulin resistance may help prevent hypertension and cardiovascular disease.
A team of Type 1 diabetic athletes, including University of North Carolina M.D.-Ph.D. candidate Jeremy Ackerman, will climb Cerro Aconcagua in Argentina to raise awareness about diabetes and conduct scientific research on the effects of altitude on diabetics.
Insulin reduces expression of molecule promoting inflammation and clogging of arteries, increasing production of vasodilator nitric oxide. The study's findings indicate insulin may have an antiatherosclerotic role, potentially protecting people at risk of CVD.
A diagnostic test allows physicians to identify a rare, severe imbalance of insulin levels in newborns, which can be cured with organ-sparing surgery. The test differentiates between diffuse and focal forms of congenital hyperinsulinism (HI), enabling targeted treatment.
Researchers found that Avandia had a lower rate of elevated alanine aminotransferase (ALT) levels compared to placebo and other treatments. This suggests that Avandia is a valuable option for patients with type 2 diabetes, as it can help improve blood sugar control and potentially slow disease progression.
UCSD School of Medicine scientists have successfully cultured human beta cells that can produce insulin indefinitely. The immortal cell line holds promise for treating people with diabetes through transplantation, potentially offering an unlimited source of insulin-producing tissue.
Research suggests that honey is an effective form of carbohydrate gel for athletes, providing a sustained energy boost without causing a rapid spike in blood sugar levels. The study found that honey's lower glycemic index profile makes it an ideal choice for pre-workout consumption, potentially improving endurance and reducing fatigue.
Weizmann Institute researchers find a family of amino acid analogues that effectively regulate glucose levels in diabetic laboratory animals. The new compounds have greater antidiabetic potency than vanadium alone, offering a promising treatment option for type II diabetes.
Researchers at the University of Illinois have isolated and characterized an insulin gene from the marine mollusk Aplysia californica. The study reveals a unique peptide, the 'D' peptide, which is separated from the standard two-chain insulin structure by a 'C' peptide.
Rosiglitazone reduces insulin resistance by 33% and improves pancreatic function in individuals with type 2 diabetes. The treatment also reduces insulin levels in the blood, potentially alleviating the need for regular insulin injections.
Researchers at the University of Delaware have developed a mathematical algorithm that can precisely control blood-sugar levels in people with Type I diabetes using an implantable insulin pump. The chip-based system predicts insulin needs based on glucose sensor data, reducing peak glucose levels by 44% and overshoot by 80%.
Scientists have identified a compound that mimics the effects of insulin in mice, offering hope for a pill-based treatment for diabetes. The new substance, L-783,281, is a nonpeptide molecule that can be absorbed through the bloodstream after being swallowed, potentially providing an alternative to insulin injections.
A new study reveals that adult-onset diabetics may be suffering from an 'imbalancing act' caused by a key enzyme called PFK, which regulates glucose metabolism. The researchers found that mice with abnormally high levels of the PFK-L sub-unit developed symptoms of Type II diabetes.
Researchers at Purdue University have developed an oral delivery method for insulin that may eventually treat human diabetes. The method uses a gel-like material to protect insulin from stomach enzymes, allowing it to release the drug in a location where it can work.
A new oral vaccine approach is being developed to protect pancreatic cells and prevent the autoimmune disease type I diabetes. Early trials have shown promising results using a combination of insulin and cholera toxin.
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.
Researchers at Duke University found that pre-treating insulin-producing pancreatic islet cells with glutathione preserves their ability to regulate sugar levels. This advance could overcome a major hurdle in the transplantation of islet cells into humans as a treatment for diabetes.
Brown University researchers have developed a novel oral drug delivery system using erodible plastic microspheres that can improve the efficacy of drugs like insulin. The microspheres, engineered with bioadhesive polymers, increase absorption rates and enhance therapeutic effects.
Researchers studied 171 hospital patients with diabetes mellitus and found that sliding scale insulin regimens provided no benefit. Patients on standing regimens fared better than those on sliding scale regimens, which tripled the risk of hyperglycemia when used alone.
A year-long study found that implantable insulin pumps effectively controlled blood glucose levels, reduced fluctuations in blood glucose, and mild hypoglycemia by 68% compared to daily injections. The pump also eliminated weight gain associated with injections and improved patients' quality of life.
UT Southwestern Medical Center is part of a nationwide clinical study to test an oral insulin capsule on people at moderate risk for developing type I diabetes. The study aims to determine if the intervention can prevent or delay the disease.