How is blood glucose concentration maintained at steady state conditions? please answer in text
How is blood glucose concentration maintained at steady state conditions?
please answer in text
Homework Answers
In our body's endocrine system have a one gland that's called pencreas.the inner portion of pencreas secreat hormone that's called insulin and glucagon.
Togather insulin and glucagon help maintain a state called homeostasis in which condition in side the body remain steady.
When blood sugar is too high the pencreas secreat more insulin.
Insulin work on adipose tissue and adipose tissue absorb suger.thus suger level maintain in our body.
When blood sugar too drop,the pencreas secreat glucagon to raise them.
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How is blood glucose concentration maintained at steady state
conditions?
please answer in text
1. An n-type silicon bar of length L is maintained under steady state conditions such that δpn(0)...
1. An n-type silicon bar of length L is maintained under steady state conditions such that δpn(0)-6pno-1012/cm3 and δpn(L)-0. The Si bar is uniformly doped with N.-1016/cm3 at room temperature. No other photo-generation of processes occurring inside the bar. a) Do low level injection conditions prevail? Explain b) Show the variation of minority carrier concentration with respect to x. c) How much is n(x)? d) What is the position of the quasi-Fermi level inside the bar at (i) x-0, and...
Explain how the body maintains its blood glucose concentration and what happens when blood glucose rises...
Explain how the body maintains its blood glucose concentration and what happens when blood glucose rises too high or falls too low.
Fasting normal blood sugar glucose concentration is between 70-100 mg per 100 ml of blood. Express...
Fasting normal blood sugar glucose concentration is between 70-100 mg per 100 ml of blood. Express this concentration range of blood glucose in mM. The answer is 3.89-5.55 mM glucose. Using MW glucose of 180 g/mol. Please show the work
Normal human blood plasma, glucose concentration is ~5mM. Explain (state pathway(s) and key enzyme(s) in processing...
Normal human blood plasma, glucose concentration is ~5mM. Explain (state pathway(s) and key enzyme(s) in processing glucose in muscle cells) the fate(s) of glucose once it is delivered by blood plasma to myocytes (muscle cells).
the concentration of glucose c6h12o6 in blood is 90mg/100ml of blood. wht is the concentration in...
the concentration of glucose c6h12o6 in blood is 90mg/100ml of blood. wht is the concentration in moles per liter
Question 312 pts In a fasted state, blood glucose can be maintained by metabolizing ___ stored...
Question 312 pts In a fasted state, blood glucose can be maintained by metabolizing ___ stored in the liver. Sucrose Glycogen Free fatty acids Amylose Flag this Question Question 322 pts Which of the following is a major source of lactose? Broccoli Honey Skim milk Apples Flag this Question Question 332 pts Which of the following is NOT a sugar substitute? Aspartame Stevia Honey Sucralose Flag this Question Question 342 pts An elevated blood glucose level is called Hyperglycemia Hypoglycemia...
The molar concentrations of bicarbonate to carbonic acid in the blood is maintained at an approximate 20:1 ratio under normal physiological conditions. Explain how this enables the body to resist...
The molar concentrations of bicarbonate to carbonic acid in the blood is maintained at an approximate 20:1 ratio under normal physiological conditions. Explain how this enables the body to resist changes to blood pH. (100 words)
The molar concentrations of bicarbonate to carbonic acid in the blood is maintained at an approximate 20:1 ratio under normal physiological conditions. Explain how this enables the body to resist changes to blood pH. (100 words)
The levels of blood glucose are typically maintained around 4-5 mM and the kinetic properties of hexokinase isozymes ref...
The levels of blood glucose are typically maintained around 4-5 mM and the kinetic properties of hexokinase isozymes reflect one means by which this group of enzymes is regulated. Hexokinase II, the hexokinase isozyme present in the adiposecell, has a Km of 0.1 mM. Would glycolysis increase or decrease in the adipose tissue if a mutation were generated in hexokinase II that increased the Km of the isozyme to 50 mM. Briefly explain your answer, including an explanation of the...
Problem 3: pn Junction -- Carrier Concentration Profiles The steady-state carrier concentrations inside a Si pn step ju...
Problem 3: pn Junction -- Carrier Concentration Profiles The steady-state carrier concentrations inside a Si pn step junction diode maintained at room temperature are shown in the plot below: п or p (log scale Pp -106 10 102 a) Is the diode forward or reverse biased? Explain briefly. b) Do low-level injection conditions prevail in the quasi-neutral regions of the diode? Explain briefly. c) What are the p-side and n-side net dopant concentrations NA and ND, respectively? d) Determine the...
The blood concentration is given in mg/dL. Calculate the approximate concentrations of blood glucose in mM....
The blood concentration is
given in mg/dL. Calculate the approximate concentrations of blood
glucose in mM. The molecular weight of glucose is 180 g/mol. There
are 10 dL in 1 L.
Blood glucose (mg/dL) To download image, click here In the experiment above, blood samples were taken from wild type (WT, white bar) or double knockout mice (DKO, black bar) and glucose in the blood was measured. In this experiment mice always have a supply of food pellets that they...
1. An n-type silicon bar of length L is maintained under steady state conditions such that δpn(0)-6pno-1012/cm3 and δpn(L)-0. The Si bar is uniformly doped with N.-1016/cm3 at room temperature. No other photo-generation of processes occurring inside the bar. a) Do low level injection conditions prevail? Explain b) Show the variation of minority carrier concentration with respect to x. c) How much is n(x)? d) What is the position of the quasi-Fermi level inside the bar at (i) x-0, and...
The molar concentrations of bicarbonate to carbonic acid in the blood is maintained at an approximate 20:1 ratio under normal physiological conditions. Explain how this enables the body to resist changes to blood pH. (100 words)
The molar concentrations of bicarbonate to carbonic acid in the blood is maintained at an approximate 20:1 ratio under normal physiological conditions. Explain how this enables the body to resist changes to blood pH. (100 words)
Problem 3: pn Junction -- Carrier Concentration Profiles The steady-state carrier concentrations inside a Si pn step junction diode maintained at room temperature are shown in the plot below: п or p (log scale Pp -106 10 102 a) Is the diode forward or reverse biased? Explain briefly. b) Do low-level injection conditions prevail in the quasi-neutral regions of the diode? Explain briefly. c) What are the p-side and n-side net dopant concentrations NA and ND, respectively? d) Determine the...
The blood concentration is
given in mg/dL. Calculate the approximate concentrations of blood
glucose in mM. The molecular weight of glucose is 180 g/mol. There
are 10 dL in 1 L.
Blood glucose (mg/dL) To download image, click here In the experiment above, blood samples were taken from wild type (WT, white bar) or double knockout mice (DKO, black bar) and glucose in the blood was measured. In this experiment mice always have a supply of food pellets that they...
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