78 Insulin, Glucagon, And Diabetes Mellitus

Front 1

Physiologic Anatomy of the Pancreas

Back 1

Insulin Is a Hormone Associated with Energy Abundance

Front 2

Insulin Chemistry and Synthesis

Back 2

Activation of Target Cell Receptors by Insulin and the Resulting Cellular Effects

Front 3

Insulin Promotes Muscle Glucose Uptake and Metabolism

Back 3

Insulin Promotes Liver Uptake, Storage, and Use of Glucose

Front 4

Effect of Insulin on Carbohydrate Metabolism in Other Cells

Back 4

Insulin Promotes Fat Synthesis and Storage

Front 5

Insulin Deficiency Increases Use of Fat for Energy

Back 5

Insulin Promotes Protein Synthesis and Storage

Front 6

Insulin Deficiency Causes Protein Depletion and Increased Plasma Amino Acids

Back 6

Insulin and Growth Hormone Interact Synergistically to Promote Growth

Front 7

Mechanisms of Insulin Secretion

Back 7

Control of Insulin Secretion

Front 8

Role of Insulin (and Other Hormones) in "Switching" Between Carbohydrate and Lipid Metabolism

Back 8

Glucagon Causes Glycogenolysis and Increased Blood Glucose Concentration

Front 9

Glucagon Increases Gluconeogenesis

Back 9

Regulation of Glucagon Secretion

Front 10

Somatostatin Inhibits Glucagon and Insulin Secretion

Back 10

Type I Diabetes-Deficiency of Insulin Production by Beta Cells of the Pancreas

Front 11

Type II Diabetes-Resistance to the Metabolic Effects of Insulin

Back 11

Obesity, Insulin Resistance, and "Metabolic Syndrome" Usually Precede Development of Type II Diabetes

Front 12

Physiology of Diagnosis of Diabetes Mellitus

Back 12

Treatment of Diabetes

Front 13

Insulinoma-Hyperinsulinism

Back 13

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