Bio 370 Paper 3 Worksheet

The workout is done, and it’s Fatima’s second favorite part of the practice – time for chocolate milk! 9. What levels of insulin and glucagon would you predict you’d find in Fatima after she ingests the chocolate milk? a. insulin: high / low / none b. glucagon: high / low / none 10. Based on your answer to the previous question, what metabolic processes would you predict are being promoted in Fatima? Choose ALL that apply. a. glycolysis b. glycogenolysis c. gluconeogenesis d. glycogenesis e. lipogenesis f. lipolysis please draw a drawing for both questions with your explanation and explain what is happening in the drawing. also, please explain why your answer is correct.

50. It is possible to double glycogen levels in skeletal muscle after carbohydrate loading, which requires one to eat roughly _________ of total kilocalorie intake from CHO.     35%     70%     55%     15%

150 word essay   Explain the importance of exercise plan using FITT principle and all various diet plans

I am needing help with problems 1 and 3, please. Thank you.    1) Yeast uses anaerobic respiration.  If yeast utilized aerobic respiration, would the balloons have inflated faster or slower?  Why? 2) Glycolysis in an anaerobic environment produces a net of 2 ATP and Pyruvate.  Why does Yeast bother to ferment Pyruvate to Ethanol? Also, what do you think would happen if yeast DID NOT ferment pyruvate to ethanol? 3) Glycolysis in an aerobic environment leads to the production of many more ATP biomolecules.  Briefly describe the additional steps necessary to harvest more energy from glucose breakdown.  Include the step where Oxygen is used, since it is the key factor that determines the amount of ATP produced.

Increased protein requirements for strength athletes are likely due to muscle protein synthesis and repair, while in endurance athletes they are more likely due to increased amino acid oxidation during training. Group of answer choices True False

Please help with this problem  One of the consequences of ethanol addiction is fatty liver disease, an illness in which liver cells accumulate large amounts of triacylglycerols, the esters derived from glycerol and fatty acids.  Ethanol is oxidized in the cytoplasm of liver cells by alcohol dehydrogenase and aldehyde dehydrogenase to yield acetate and 2 NADH.  Acetate is then transported into the mitochondrion, where it is converted to acetyl-CoA and metabolized in the citric acid cycle. C. How would excess G6P concentration contribute to the reducing potential required for fatty acid synthesis? Excess G6P usually means that glycolysis is not occurring and NADH is not being used up. D. How does acetate stimulate the rate of citrate formation based on enzyme kinetic? E. How would the concentration of citrate in the mitochondria increase if the rate of isocitrate dehydrogenase rate were inhibited

At different glucose concentrations (2 mol of glucose, 4 mol of glucose, 8 mol of glucose), at what time, in milliseconds, was the increase in ATP the greatest and how does this affect the potential (mV) graph? I am having hard time analyzing this thank you

Hello, i would like an easy to understand diagram of the anaerobic and aerobic metabolism of the skeletal muscle. Can you also explain step by step what is happening in the diagram and give the reference of the diagram (website it was taken from or textbook it was taken from ). thanks

is this stement false? Intracellular concentrations in resting muscle are as follows: Fructose-6-phosphate (1.0 mM)Fructose-(1-6)-bisphosphate (10.0 mM)AMP (0.1 mM)ADP (0.5 mM)ATP (5.0 mM)Pi (10.0 mM)Under the above conditions the Phosphofructokinase reaction in muscle is more exergonic than under standard conditions.

Need help  Oxygen is essential for energy flow in an aerobic cell. In complete sentences, describe the role of molecular oxygen (O2) in energy flow of aerobic respiration.

Sports drinks tend to contain large amounts of sugars, and some contain taurine in small amounts. Would you expect more of the effect of these performance aids to come from dietary carbohydrates or from the role of taurine in breaking down fats?

1. Myasthenia Gravis is a disease in which the patients have a deficiency of ACh receptors in their skeletal muscles, The result is a weakening of muscle function, How and why would the administartion of an acetylcholinesterase inhibitor (AChEl) improve muscle function in these patients?  2. List and describe the distinctly functions of ATP during muscle contractions.

I played field hockey for 1 hour and my Fitbit Watch says that I expended 1,085 Calories.  If triglycerides in my adipose (fat) cells powered all that activity, how may grams of fat were consumed in powering that exercise?  (Hint:  the Calorie Content of Fats you determined in Lab Exercise 9A was 8.9 Calories/g):  Show your calculation…

Contraction of both skeletal and smooth muscle requires the influx of Ca2+ into the cytoplasm. Compare and contrast the locations and functions of the molecules to which Ca2+ binds in these muscles and explain the steps that lead to cross-bridge cycling in each type. please answer me precise and relevant to the questions thanks

Please answer yes or no and give a short explanation. Thank you 1. The rate of glycolysis and glycogenolysis is controlled by phosphofructokinase. 2. Glycogen in the muscles falls with the formation of glucose-6-phosphate. 3. Is the process of anaerobic glycolysis accompanied by accumulation of NADH (H +)?

Instruction: Choose the best answer from the following questions and provide a one paragraph explanation for your response.  Question: Since in this patient pyruvate kinase is abnormal not only is less pyruvate made but intermediates above pyruvate in the glycolytic pathway build up slowing the pathway. Which of the following products may not be made in the appropriate amounts in the RBC because of the deficiency of pyruvate?  A. Glucose B. Oxaloacetate C. acetyl-CoA D. Lactate  Explanation for answer in no. 5:

In the textbook and power points, glucose is shown to be the starting point for cellular respiration.  However, mitochondria can also phosphorylate ADP using energy from triglycerides, proteins, and other carbohydrates aside from glucose.         True   False

In active muscle cells, the pO2 is about 10 torr at the cell surface and 1 torr at the mitochondria(the organelles where oxidative metabolism occurs). Calculate the percentage of bound oxygentransported to the mitochondria of muscle cells by myoglobin (KD = 2 torr).

Falling energy levels increase the cellular AMP/ATP ratio, priming AMPK for activation by the liver kinase B1 (LKB1). AMPK phosphorylates multiple targets with the cumulative effect of blocking anabolic reactions and stimulating energy-generating catabolic pathways. Group of answer choices True False

Question: Make a diet plan for an underweight patient who has celiac disease, osteopenia, anaemia and diarrhea What to include: Breakfast, lunch, snacks, dinner and dessert. Include servings and calories for each meal NOTE: Same diet chart, only ONE diet plan with all the problems.

Which of the following are TRUE, regarding a period of sustained moderate-to-high intensity  aerobic exercise? (Select ALL that are TRUE)   Select 4 correct answer(s) Question options:   At the beginning of a period of aerobic exercise, aerobic metabolism increases to meet immediate metabolic demands of exercise.   At the beginning of a period of aerobic exercise, anaerobic metabolism increases to meet immediate metabolic demands of exercise.   During recovery, following a period of aerobic exercise, anaerobic metabolism increases to meet immediate metabolic demands of post-exercise recovery metabolism.   At the beginning of a period of aerobic exercise, lipid metabolism increases to meet the immediate increases in metabolic demands of exercise.   At the beginning of a period of aerobic exercise, glucose metabolism increases to meet the immediate increases in metabolic demands of exercise.   During…

investigate lactic accumulation and the pH change in the muscle cells. The following are your guide questions: 1) What are the conditions that will promote the formation of lactic acid? 2) What is the effect of elevated lactic acid in the muscle cells, blood, and heart muscle? 3) What is the effect of the pH change (being acidic) in the muscle cells when glucose or fats are used as energy sources? You have to support your report with information coming from books or sources coming from the internet but make sure to get it from credible sites. You may also place pictures or illustrations or even chemical equations in your report. More importantly, make the information simple, concise, and straight to the point. Do not forget to cite the references using the APA format

Eric’s aerobic capacity was recently found to be 81 mL/kg/min by measuring his VO2max on a treadmill; how many MET’s does this correspond to?