Interpretation:
The tissue that provide the largest energy supple in a well-nourished human should be determined.
Concept introduction:
The amount of energy required to balance the energy loss to maintain the body size, composition, and level of physical activity, is termed as energy requirement. Energy in the human body is derived from macronutrients, such as, carbohydrates, fats, ethanol, and proteins.
Answer to Problem 1P
Option (d), adipose tissue.
Explanation of Solution
Reason for correct option:
Option (d) is adipose tissue. Adipose tissue stores large amounts of fats and lipids molecules in it. These
Reasons for incorrect options:
Option (a) is liver. Liver
Option (b) is muscles. Muscles use glucose and fats to produce energy and perform activities. It is not the reservoir of the energy. Hence, this option is incorrect.
Option (c) is brain. Brain is the organ in human body, that uses largest amount of energy produced by the body. Hence, this option is incorrect.
Want to see more full solutions like this?
Chapter 27 Solutions
SAPLINGPLUS F/BIOCHEM+ICLICKER REEF-CODE
- Describe the advantages of using triacylglycerols as the principal source of stored metabolic energy.arrow_forwardExplain the benefits of having triacylglycerols be the primary form of stored metabolic energy.arrow_forwardPls help ASAP, thank you! "Which features of glucose metabolism & regulation in the liver are correctly or incorrectly depicted in the figure?" (all answer choices for the drop down menus are: "correct" or "incorrect")arrow_forward
- List and explain 5 important biochemical factors that could determine whether a person is feeling full or hungry (explain in details how these factors function)arrow_forwardc) Cooperation between glycolysis and gluconeogenesis is important to ensure the glucose-subjected energy demands of specific cells are met. Explain this statement.arrow_forwardTrue/false? if false, justify briefly Lipids cannot enter the Krebs cycle. They are used for membrane biosynthesis only.arrow_forward
- 6. Biological value of glycogen breakdown in muscles and liver.arrow_forwardReflect on the metabolic theory of cancer and other chronic diseases (diabetes, CVD, obesity) a little deeper. Why is the ketogenic diet, and even other low-carb diets, helpful for so many different chronic diseases? Are these diets just fads or can their healthfulness be explained by our evolutionary history?arrow_forwardVitamin E Supplements: Friend or Foe? Consider the benefits and risks of consuming nutritional supplements. State whether you are for or against consuming nutritional supplements and explain your reasoning. Be sure to cite your sources.arrow_forward
- True or false? For carbohydrates to be converted to energy, it undergoes the process of metabolism, where in the presence of oxygen, chemical bonds are broken, releasing energy and carbon dioxide and water are produced.arrow_forwardCertain low-carb, high-protein diets call for eating large amounts of protein hydrolysate. This strategy can be dangerous, because while body weight can drop quickly, this is largely due to water loss, rather than fatty acid oxidation. Why might this diet approach end up with so much water being lost?arrow_forwardExperienced runners know that it is poor practice to ingest large amounts of glucose immediately before running a marathon. What is the metabolic basis for this apparent paradox?arrow_forward
- BiochemistryBiochemistryISBN:9781305577206Author:Reginald H. Garrett, Charles M. GrishamPublisher:Cengage Learning