heart muscle cell has low levels of ATP and high levels of ADP, what kind of problems is the cell likely to have? Group of answer choices a. It will not be able to use energy that is extracted from glucose to contract b. It will have too much energy and contract uncontrollably c. It will not be able to build new molecules like enzymes and transporters d. It can use glucose for energy but not fatty acids e. This will not greatly affect the function of the cell

heart muscle cell has low levels of ATP and high levels of ADP, what kind of problems is the cell likely to have? Group of answer choices a. It will not be able to use energy that is extracted from glucose to contract b. It will have too much energy and contract uncontrollably c. It will not be able to build new molecules like enzymes and transporters d. It can use glucose for energy but not fatty acids e. This will not greatly affect the function of the cell

BIOLOGY:CONCEPTS+APPL.(LOOSELEAF)

10th Edition

ISBN:9781305967359

Author:STARR

Publisher:STARR

Chapter5: Ground Rules Of Metabolism

Section: Chapter Questions

Problem 8SA

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Similar questions

ATP is : A) produced in the mitochondria of cells B) produced in the nucleus of cells C) produced outside of the cells D) produced only in response to exercise
Which of the following is not produced by an animal muscle cell operating under anaerobic conditions? a. heat d. ATP b. pyruvate e. lactate c. PGAL f. oxygen
Which of the following membranes contain low cholesterol and high cardiolipin?a) Myelin sheathb) Plasma membranec) Inner mitochondrial membrane of hepatocyted) Cell wall
In the modern aerobic cell, the most important product of the proton pump is a) protons b) O2 c) ATP d) CO2 e) NADH f) glucose
During the aerobic cellular respiration, where do ATP molecules form? a. Cytosol only b. Cytosol and mitochondria only c. Cytosol, mitochondria and ribosomes only d. Mitochondrial matrix and inner mitochondrial membrane only
Movement of glucose down its concentration gradient into cells is facilitated by Select one: a. Active transport b. Diffusion across phospholipids c. Facilitated transport d. a protein that consumes ATP e. a protein that gets phosphorylated
Cells utilize the energy ot AlP to do usetul work, such as power muscle contractions. During cellular activities like muscle contractions, ATP is converted into ADP and a phosphate group. What is happening to energy in this process of conversion? A:Energy is being stored. B:Energy is being released. C:Energy is being destroyed. D:Energy is being created.
Which of the following is associated with the H+ proton? a. Acts as a buffer against changes to muscle pH b. Accumulation impairs calcium handling by the sarcoplasmic reticulum (SR) c. Necessary molecule for the re-synthesis of ATP within the mitochondria d. All of the above e. Both B and C are correct
. Which of these is FALSE? A Breaking down glucose gives off energy B. Breaking down ATP gives off energy C. Cells use ATP for cell work D. 1 ATP has more energy than 1 glucose
. A multicellular eukaryote cell typically has enough available ATP to meet its needs for about 90 seconds. What would cause an active cell to exhaust its ATP supply so quickly? A) regular rest is a cellular requirement. B) Photosynthesis used up all ATP. C) ATP is transported into other cells. D) Too much glucose takes over the cell, E) the cell runs out of or uses up the available O2
Compared to NADH, NAD is a ____ molecule. If the Na/K pump stopped working, there would be an immediate and temporary net____ in cellular ATP . Select one: a. Oxidized, decrease b. Oxidized, increase c. Reduced, decrease d. Reduced, increase
1. When all the protein carriers are used up, the carriers are said to be A. Adapted B. Unsaturated C. Saturated D. Consumed 2. The proteins that constantly transport sodium ions outside the membrane is called A. Membrane pump B. Calcium-potassium pump C. Sodium-potassium pump D. Glucose-potassium pump E. Protein-potassium pump 3. The process in the question above gets its energy from A. ADP B. ACT C. PTA D. ATP E. TPA