In the fed or after meal stage when the absorption of food has occurred ,it is the tendency of our body to store the excess nutrient as adipose tissue.in mammals there are two types of adipocytes ---brown and white .brown fat is specialised for energy production and thermogenesis whereas white fat simply provides shock absorption property . Liver is the chief site for lipogenesis and lipolysis .High -carbohydrate intake stimulates lipogenesis ,whereas fasting decreases the excess glucose and inhibits lipogenesis .Fatty acids when broken down are hydrolysed into fatty acid and glycerol .various forms include VLDL,LDL,HDL,cholestrol and free fatty acid .HDL is beneficial for health whereas LDL leads to severe cardiac diseases such as atherosclerosis and heart failure .
Fed State: explain in adipose tissue the changes in metabolism pathway (Portions,) with their enzymes
• Fed State: explain in each organ changes in metabolism pathway ( CHO, Portions, Fats) with their enzymes • Liver • Adipose Tissue • Brain • Skeletal Muscle • Heart Muscle • Kindney
Fed State: explain in kidney the changes in metabolism pathway ( CHO, Portions, Fats) with their enzymes
Fed State: explain in heart the changes in metabolism pathway ( CHO, Portions, Fats) with their enzymes
Fast State: explain in brain the changes in metabolism pathway ( CHO, Portions, Fats) with their enzymes
The ramifications to human metabolism of adipose tissue lacking adrenergic receptors
Beginning by drawing boxes that represent the following tissues: brain, liver, adipose, heart, and skeletal muscle. With the paper in a landscape orientation, place the liver in the center, the brain the upper left, adipose upper right, skeletal muscle lower left, and heart lower right. You will need to use contrasting colors of ink for this assignment (black and red, black and blue, blue and red, or green and red are recommended). One color will represent fed state and the...
Which of the following enzymes and its respective pathway are activated as a result of glucagon binding to its receptor in adipose tissue? glycogen phosphorylase and glycogen degradation phosphofructokinase 1 and glycolysis hormone sensitive (triacylglycerol) lipase and polysis fructose 16 bisphosphatase and gluconeogeness glycogen synthase and glycogen synthesis
Based on your knowledge of cell signaling and interorgan metabolism, describe how the fuel metabolism of the liver, adipose tissue, skeletal muscle, heart and brain are affected in type I diabetics (assuming no insulin shot has been used) immediately after a meal and between meals. Include what pathways have been affected (glycolysis, glycogen synthesis, etc) and what the organ/tissue uses as a fuel source.
Explain how lipolysis regulate adipose tissue? The description should explain how the lipolysis is regulated at the molecular level and include relevant hormones, signaling mechanisms and regulation of lipase activities.
define metabolism and enzyme. provide 2 examples of enzymes and explain how they are important for metabolism. give 2 examples of biomolecules that are not enzymes and define their roles in metabolism