Option B-
Explanation:Option A-True
When the Body have enough Glucose,Some of the Glucose is converted to Glycogen which is stored in the Liver by the process called Glycogenesis.(Glycogenesis is the formation of glycogen from glucose ).But when The Body dont get Enough Gluocse through Diet ,Glyocgen is Broken down to Release Energy(Glucose)By the Process Called Glycogenolysis.(Glycogenolysis is the process by which Glycogen is metabolised in to Glucose)
Option B False-Lack of Functioning Pancreatic Beta cells occur in Type 1 DM,(It occurs when your immune system, destroys the insulin-producing beta cells of the pancreas-Auto Immune disease)
In Type 2 DM.,Body don't respond to insulin even when Pancreatic Beta cells produce Insulin But later in the disease ,Body often don't make enough insulin also.
Option C-True
In The Liver Insulin Stimulates Receptors in the Liver to Decrease Blood Glucose Level By-
*Promoting glycolysis and glycogenesis in liver
*Reducing hepatic glucose output(Glycogenolysis and glucogenesis).
Option D-True
Blood Glucose should be Maintained inbetween the Normal Ranges of 70-110 mg/dl
When lessthan 90 mm Hg----Hypoglycemia----Causes Tremors,heart racing, nausea, sweating etc
When Greater than 126 mm hg---Hyperglycemia ---Diabete Mellitus---Causes Increased thirst,Headaches,Lack of concentrating,Blurred vision,Frequent micturition,Fatigue etc
Which statement is false? A. Glycogen is broken down to release glucose. B. Type 2 diabetics...
(2 pts) Place the following pathway in the correct order: Beta cells are stimulated to release insulin Increased blood glucose is detected Blood glucose levels decrease Pancreatic islet alpha cells release glucagon Glucagon is detected by hepatocytes in the liver Stored glycogen is broken down to increase blood glucose levels
20. What happens when beta cells of the pancreas release insulin into the blood? glucose levels rise to a set point and stimulate glucagon release. b) Body cells take up more glucose. c) The liver breaks down glycogen to glucose. d) Alpha cells are stimulated to release glucose into the blood óth B and D are correct.
U glucagoni, un c. epinephrine; glucagon d. epinephrine; insulin e. glucagon; glycogen Glucagon increases blood glucose levels by stimulating what? O a. muscle cells to make glycogen Ob. muscle cells to break down muscle glycogen c. liver cells to break down liver glycogen d. both liver and muscle cells to break down their glycogen stores Ce. liver cells to make glycogen All statements regarding diabetes are true EXCEPT which one a. Usually when type 2 diabetics lose some excess body...
Model 2 - Feedback Control of Blood Glucose Pancreas .. Liver Other cells OO Blood glucose is too high. Cycle A Blood glucose drops. Baseline blood glucose level. Blood glucose rises. Glucose Insulin Glycogen Glucagon Cycle B Blood glucose is too low. 7. Where in the body does insulin and glucagon originate? 8. In what form is glucose stored in the liver and what is the consequence in terms of glucose blood levels? 10. Which hormone (insulin or glucagon) helps...
Which of the following would cause liver cells to break down their glycogen stores, and release glucose to the blood; and, when would this occur? a) high insulin and low glucagon; immediately after a meal b)low insulin and high glucagon; several hours after a meal c)high insulin and high glucagon; several hours after a meal d)low cortisol and low glucagon; immediately after a meal
Insulin and glucagon release from the pancreas is a vital part of the negative feedback loop that regulates blood glucose levels. Let's review how insulin and glucagon release change in response to plasma glucose levels and how that helps keep plasma glucose constant. Drag the labels onto the figure to create a flow chart of how insulin and glucagon release change in different circumstances to keep blood glucose within a normal range. Reset Help secrete less glucagon secrete less glucagon...
Section 14.2 5) Dietary glycogen: a. is broken down to glucose by a different group of enzymes than is dietary starch. b. is broken down to glucose-6-phosphate, which is then absorbed by the intestinal cells. c. results in the formation of limit dextrins in the intestine as an intermediate in its digestion. d. effectively produces an extra ATP when its glucose goes through glycolysis. Section: 14.2 Feeder Pathways for Glycolysis 6) Fructose: a. is broken down by a pathway known as fructolysis. b. can be phosphorylated by either hexokinase...
Which of the following statements about hormonal regulation of glycogen synthesis and degradation are correct? Multiple answers! A. Insulin increases the capacity of the liver to synthesize glycogen. B. Insulin is secreted in response to low levels of blood glucose. C. Glucagon and epinephrine have opposing effects on glycogen metabolism. D. Glucagon stimulates the breakdown of glycogen particularly in the liver. E. The effects of all three of the regulating hormones are mediated by cAMP.
10.Which statement regarding the transcriptional regulation of PEP carboxykinase is false A. The promoter region of the PEP carboxykinase gene has binding sites for more than a dozen transcription factors B. Transcription and degradation are the primary means of regulating PEP carboxykinase gene C . A sterol regulatory binding element protein decrease expression of the PEP carboxykinase gene D. Insulin increase expression of the PEP carboxykinase gene 11. Glycogenesis - A. Occurs only in the liver and muscle B. Begins...
When blood sugar rises, which hormone(s) is/ are deployed in response? A. Insulin B. Glucagon C. Both Insulin and Glucagon. If someone has high levels of glucagon in their blood, which of the following is NOT true? A. Their insulin levels are low. B. Glycogen is being broken down in their liver. C. They recently ate sugary food. D. The alpha cells in their pancreas are activated. Which of the two scenarios given at the bottom of your worksheet describes...