Fed State: explain in heart the changes in metabolism pathway ( CHO, Portions, Fats) with their...
Fed State: explain in kidney the changes in metabolism pathway ( CHO, Portions, Fats) 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
Fast State: explain in brain the changes in metabolism pathway ( CHO, Portions, Fats) with their enzymes
Fed State: explain in adipose tissue the changes in metabolism pathway (Portions,) with their enzymes
QUESTION: you run away from fear of a large snake. Explain: what happens to your metabolism during your run. explain how metabolism changes over time. Please discuss what fuels are providing the energy at each point in time and how organs differ in their fuel usage. be sure to discuss what happens to carbohydrate and lipid metabolism in your major organs (brain, muscle, liver, fat cells, and heart) under each circumstance. Also explain briefly HOW each organ shifts its fuel usage...
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...
Explain in WORDS the metabolic changes of liver metabolism in an alcoholic patient. Your answer should include the metabolism of glucose, lipids and amino acids in the body.
5. Explain how each of the following changes the money supply a. The Fed buys bonds b. The Fed auctions credit c. The Fed raises the discount rate d. The Fed raises the reserve requirement
1- Explain the changes in heart rate between conditions. Describe the physiological mechanisms causing these changes. 2- Are there differences in the cardiac cycle with the respiratory cycle (“Start of inhale-exhale” data)? 3- What changes occurred in the duration of systole and diastole between resting and post-exercise? 4- In the normal cardiac cycle, the atria contract before the ventricles. Where is this fact represented in the ECG? 5- What is meant by “AV delay” and what purpose does the delay serve?...
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).