Study

Chapter 14 Lehninger

  •   0%
  •  0     0     0

      Back   Restart
  • The Cori Cycle
    Utilizes glyconeogenesis in the liver
    Uses bloodstream to transport lactate from muscles to liver
    Uses bloodstream to transport glucose from liver to muscle
    All of these
  • During anaerobic exercise, the process of lactate formation in the muscle,
    Converts Pyruvate to Lactate
    Replenishes NAD+ for use in glycolysis
    All of these
    Does not form CO2
  • In the process of glycolysis, glucose is converted to
    Pyruvate
    Lactose
    Ethanol
    Oxaloacetate
  • Which of the following is true for the glycolytic pathway?
    All reactions are catalyzed by specific enzymes
    All reactions involve trioses
    NO ATP is produced
    All reactions require ATP
  • NAD+ (nicotinamide adenine dinucleotide) is the hydrogen acceptor when
    An oxidation produces a C=C bond
    An oxidation removes hydrogen to produce a C=O bond
    A reduction produces a C=O bond
    A reduction produces a C-C bond
  • In step 7 of glycolysis, ATP is generated when a phosphate group is transferred directly from 1,3-diphosphoglycerate to ADP in a process known as
    Substrate level phosphorylation
    Transamination
    Oxidation
    Oxidative phosphorylation
  • When glucose is oxidized to two pyruvate molecules, the net number of ATP molecules produced by direct phosphate transfer is
    4
    8
    2
    6
  • The primary energy source for the brain is
    Lactate
    Amino acids
    Fructose
    Glucose
  • Under aerobic conditions, pyruvate produced in glycolysis can be converted to
    lactic acid
    Acetyl coenzyme A
    glyceraldehyde-3-phosphate.
    fructose-6-phosphate
  • The portion of Coenzyme A that reacts with potential substrates is
    An alcohol group
    A C=O group
    a thiol group
    an acid group
  • The final products of catabolic reactions are:
    Carbon dioxide, water and ammonia
    lipids, oxygen and water
    RNA and DNA
    Glucose, lipids and glycogen
  • The coenzyme primarily involved in activating two carbon units (acetyl groups) is
    Coenzyme A
    FAD
    NAD+
    ATP
  • Glycolysis is localized in what part of the cell?
    Mitochondria
    Endoplasmic reticulum
    Ribosomes
    Cytosol
    • Your experience on this site will be improved by allowing cookies.