1. Briefly explain and illustrate all the elements and transporters involved in the uptake of glucose from the gut.
There are almost 12 GLUT transporters that assimilate glucose, but only a few of them actually are expressed on the intestinal cells to absorb glucose.
Transporters
GLUT 2- Present in the intestines capable of double transporting monosaccharides other than glucose across the membrane. Belongs to Class I transporters. GLUT 2 transporters are responsible to uptake the absorbed glucose from the lumen to blood.
GLUT 7 - Responsible for transporting glucose out into the endoplasmic reticulum.
SGLT-1 - These are sodium-glucose transport proteins. It carries out a coupled transport with glucose and Sodium (Na). As a part of it, both glucose and Sodium are absorbed into the intestine.
Elements involved - Along with the transporters, sodium (Na) is the key element involved in increasing the absorption of glucose into the gut cells.A Recent study also revealed that 'Chromium' to be having a significant role in glucose absorption in the intestine.
1. Briefly explain and illustrate all the elements and transporters involved in the uptake of glucose...
Which of the following transporters contributes to the transcellular transport of glucose? A) All of the above B) C&D only C) Glucose uniporter D) Na+/ glucose symporter E) Na+/K+ pump
For each of the body cells/tissues/organs below, list all the glucose transporters they express (I.e., specific GLUTs, SGLT1, or "none"). Remember, some tissues express multiple types of glucose transporters. Assume that "GLUT 1" Is not a correct answer for neurons.
Explain how reducing gastric mobility would affect the number of glucose transporters in the membranes of these cells.
Explain how secondary active transport of sodium is involved in re-uptake of water
a) S6 kinase activity
b) The researchers found a decrease in glucose uptake by muscle.
Explain how an mTOR inhibitor could cause this decrease
c) Knowing that glucose absorption from the diet was the same on
both treatments, where would the extra glucose go that was not
being used by muscle during Torben administration? Name the
organ/tissue and the end-product of glucose use.
A group of researchers is studying an mTOR inhibitor called Torben. What effects (1, = or 1)...
List all the transporters involved in aerobic respiration- indicate if they are located on plasma membrane or mitochondria inner membrane. Which ones are shared by beta-oxidation of fatty acids?
1.List, in order, the steps involved in glucose breakdown. Start from the entry of glucose into the top of glycolysis and end with the final electron transfer in the mitochondria. Include all locations, intermediates, and products. OR 2.List, in order, the process of protein production. Start from the DNA and end with the final polypeptide. Include all locations, intermediates and products.
a. Briefly explain agenda setting. b. Briefly explain according to Elizabeth Neumann the three elements in media that affect us. c. What is the role of media, according to Walter Lippmann
1. What is the principle involved of the method used in determining blood glucose? 2. Provide other methods for blood glucose determination and explain the principle involved.
please explain well. I don't understand at all. Explain all
steps ans math involved.
1. Ammonia and hydrogen sulfide can both be formed directly from their elements. At 90 °C... N2(8) +3H2(g) 2NHa(g) K 120 K 0.068 H2(8)+S()H2S(s) Find K at 90 °C for the following reaction: K ? 2NH(R) +3S(s)3H2S(g) + N2(8)