Linked from

The 66 pages that link to Insulin, each with the reason it gives.

• GlucoseRelated: It signals tissues to take up glucose and favors its storage after meals.

• Type 2 diabetesRelated: Its signaling is impaired in target tissues, while its secretion can decline over time.

• Diabetes mellitusRelated: Its insufficient production or impaired action underlies the defining glucose elevation.

• Feedback loopRelated: Its release and action participate in blood-glucose feedback regulation.

• CarbohydrateRelated: Insulin promotes glucose uptake and storage after carbohydrate-rich meals.

• FructoseRelated: Unlike glucose, fructose produces little immediate insulin secretion, though its metabolic effects are broader.

• HypoglycemiaRelated: Excess insulin can drive glucose downward and is a common cause of treatment-related episodes.

• BiotechnologyRelated: Recombinant human insulin became an early landmark product of genetic engineering.

• FastingRelated: Insulin levels generally fall when food intake stops, changing how the body handles stored fuel.

• Fatty acid synthesisRelated: It promotes fatty-acid synthesis after feeding by increasing enzyme activity and expression.

• GlycogenRelated: It favors glycogen synthesis and suppresses glycogen breakdown in responsive tissues.

• Type 1 diabetesRelated: Its severe deficiency is the direct physiological consequence of beta-cell destruction.

• Frederick SangerRelated: Sanger chose insulin as the protein whose sequence he would determine.

• Ketogenic DietRelated: Lower insulin signaling during carbohydrate restriction favors fat breakdown and ketone production.

• HyperglycemiaRelated: Too little insulin or reduced response to it commonly allows glucose to accumulate in blood.

• Added sugarRelated: Insulin helps regulate blood glucose after consumption of sugars containing glucose.

• Lipid metabolismRelated: Insulin shifts metabolism toward lipid synthesis and storage while restraining fat release.

• Pancreatic isletRelated: It is the principal hormone released by beta cells in response to rising glucose.

• Dorothy HodgkinRelated: Hodgkin began its crystallographic study in the 1930s; the structure was solved decades later.

• Gestational diabetesRelated: Insufficient insulin production to meet pregnancy’s increased demand allows blood glucose to rise.

• LeptinRelated: Insulin and leptin both convey information about energy status, through different tissues and pathways.

• Oral glucose tolerance testRelated: Insulin release helps determine the measured response to the glucose drink.

• AdipocyteRelated: Insulin promotes glucose uptake and fat storage in adipocytes.

• Eli Lilly and CompanyRelated: Lilly became a major insulin producer after introducing commercial insulin in 1923.

• GlycogenesisRelated: Insulin activates glycogen synthesis after glucose availability rises.

• Pyruvate dehydrogenase complexRelated: In some tissues, insulin promotes pyruvate dehydrogenase activity and carbohydrate oxidation.

• Bernardo HoussayRelated: Houssay’s findings showed pituitary hormones could oppose insulin’s glucose-lowering action.

• Nutritional scienceRelated: Insulin links meals, glucose handling, and metabolic regulation.

• Christian de DuveRelated: De Duve’s early research on insulin helped establish his career in biochemistry.

• AdipokineRelated: Adipokines can alter insulin sensitivity and interact with metabolic regulation.

• Frederick BantingRelated: Its discovery and therapeutic use are the central legacy of Banting’s research.

• August KroghRelated: After visiting Toronto, Krogh and Marie helped bring insulin manufacture to Denmark.

• SugarRelated: Insulin helps coordinate the body's response to rising blood sugar after meals.

• GlimepirideRelated: The extra insulin released after glimepiride treatment produces its principal glucose-lowering effect.

• Hypokalemic periodic paralysisRelated: Insulin surges can shift potassium into cells and trigger attacks in susceptible people.

• History of biochemistryRelated: Its isolation and production illustrate how biochemical research became a treatment for diabetes.

• Blood sugar levelRelated: It helps lower elevated blood glucose after meals.

• GlibenclamideRelated: Glibenclamide lowers glucose indirectly by prompting pancreatic release of this hormone.

• ThermolabileRelated: Prolonged heat exposure can degrade insulin and reduce its therapeutic effectiveness.