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Human Physiology: From Cells to Systems (MindTap Course List)

Human Physiology: From Cells to Systems (MindTap Course List)

9th Edition

ISBN:9781285866932

Author:Lauralee Sherwood

Publisher:Lauralee Sherwood

Chapter2: Cell Physiology

Section: Chapter Questions

Problem 7RE

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Explain how volleyball routine activities are related to the metabolic reactions in the body.

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explain the role adenosine tri phosphate (ATP) and adenosine di phosphate (ADP), play in producing anaerobic and aerobic energy within the body. Identify how much ATP is produced following anaerobic and aerobic metabolism.
Describe how ATP is produced for short and rapid activities versus long and sustained activities.
Explain how exercise alters cellular biochemistry.
Marathon runners often practice "carb loading" prior to a race. The purpose of this practice is to increase the stores of energy available for muscles to use. Explain how energy is used by muscle fibers and how this practice of "card loading" benefits the runner's muscles. Be sure to use the terms glucose, glycogen, creatine, phosphate, and ATP in the explanation.
Classify characteristics of skeletal muscle energy metabolism by dragging each statement to its correct metabolic pathway for ATP synthesis. Allows time for the other two pathways to increase their ATP production Reaction is catalyzed by creatine kinase Blood glucose and fatty acids become fuel for this pathway after 10 minutes of exercise Lactic acid is a waste product produced by this pathway Rapid means of forming ATP during the first few seconds of muscle contraction Very rapid, requiring only a single enzymatic reaction Produces ATP used during moderate, prolonged levels of muscular activity This pathway requires oxygen Produces a significant fraction of ATP during high-intensity Produces ATP from glucose quickly in the absence of охудen Uses glycogen broken down into glucose during the first 5-10 minutes of moderate exercise Produces only small quantities of ATP for each metabolized glucose molecule exercise Oxidative Phosphorylation Creatine Phosphate Glycolysis Reset
Define sarcopenia. What is the link between protein intake, exercise, and sarcopenia?
Hello, May I get help with this physiology question? Scenario: Lauren B. has been training to run a marathon (26.2 miles). She tells you that she is planning on drinking a bunch of creatine phosphate the night before the big race. She earnestly explains that she saw an advertisement on YouTube that said that drinking extra creatine phosphate will help provide her cross-bridges with enough ATP to get her over the finish line. You tell her that might not be the best strategy, and she asks why. You explain to Lauren that:
Briefly discuss aerobic and anaerobic glycolysis.
Directions: Complete the paragraph below to explain why your body gets warm during a workout. When you workout, your cells need ¦ I " During this process, energy for cells, called I I I I I " This for muscle contraction. In order to get this, your body will carry out a process called I I (from food) is broken down in the presence of process converts :: cellular respiration :: energy (potential energy) in ATP molecules. The process also releases body carries out this amazing process to fuel your workouts! | :: ATP energy from the bonds of food molecules into energy that is 1 to make the usable form of :: glucose :: oxygen (thermal) energy, which is why you feel warm. Your :: chemical :: stored ::heat
A young female university track athlete decides that she wants to run a marathon (over 42 km!!!) when she has only ever run 10km during training. She experiences a lot of pain and fatigue toward the end of her marathon. Explain how cell metabolism, musculoskeletal, and/or nervous system may be involved toward the end of her race.
Muscles may become hypoxic during the early stages of exercise, causing lactate to build up. a) Describe in detail how a lack of oxygen might cause lactate to build up in the muscles. b) Explain how lactate (typically thought of as a waste product) may be converted to glucose via gluconeogenesis.
Describe the interrelationships among muscle work, oxygen consumptionand cardiac output.

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