2024-02-02T16:48:07+03:00[Europe/Moscow] en true <p>glycogenesis</p>, <p>what is the net ATP gain from glycolysis if glycogen is used?</p>, <p>what is the net ATP gain from glycolysis if glucose is used? why?</p>, <p>what does pyruvic acid turn into with oxygen?</p>, <p>where does anaerobic glycolysis occur in the cell?</p>, <p><em>Modality </em></p>, <p><em>A single bout of acute bodily exertion that requires energy and results in the expenditure of energy</em></p>, <p><em>Ergometers </em></p>, <p><em>Intensity</em></p>, <p><em>Metabolism </em></p>, <p><em>Anabolism </em></p>, <p><em>Catabolism </em></p>, <p><em>Anaerobic Metabolism </em></p>, <p><em>Aerobic Metabolism </em></p>, <p>_________ ___________ oxidizes byproducts of the metabolism that is happening</p>, <p><strong>___ __ ___ _____ __ _____</strong></p><p>Growth and repair of ___</p><p>________ muscle mass&nbsp;</p><p>________ muscle </p><p>________ _________ of glucose&nbsp;</p><p>Movement of _______ across cell membranes&nbsp;</p><p>_______ __________ for force generation in muscle actions</p>, <p>glucose is a _____________________</p><p>Transferred to the body tissues via ______</p><p>Resting-state: taken up and stored as ________ by the _____ or ______ tissues</p>, <p><em>The liver and muscles have limited glycogen stores&nbsp;</em></p><p>True or False?</p>, <p>glycerol and free fatty acids compose the _____ substrate </p>, <p>3 fatty acids bonded to a glycerol molecule composes a _____________</p>, <p><em><sub>(fats)</sub></em></p><p>_____________ must be _____________ into ____ _____ in order to be used for energy </p><p></p>, <p><strong>Proteins&nbsp;</strong></p><p>_____________ → protein&nbsp;</p><p></p><p>Not a significant source of ______</p><p>Must first be converted into ________ through<strong> </strong><em>_____________</em></p>, <p>In severe energy depletion proteins convert to free fatty acids through _____________</p>, <p>Atwater General Factors</p><p>Protein =__ kcal/g</p><p>Carbs = __ kcal/g</p><p>Lipids = __ kcal/g&nbsp;</p><p></p>, <p><strong>ATP</strong> is __________ + __ __________ _______ connected through _____</p><p>___________ ______ lies in the bonds</p><p>Utilized for all energy-requiring processes ___ ___ _____</p>, <p><strong><em>Phosphorylation</em></strong> </p>, <p><strong><em>Hydrolysis</em></strong></p>, <p>___ ⇌ ___ + ___ + ____</p>, <p>___ + ____ ---&gt; ADP + Phosphate</p>, <p>how many phosphate groups are in adenosine diphosphate?</p>, <p>ATP + H2O ---&gt; ___ + __________</p>, <p><em>Anabolically we can rephosphorylate the AMP or ADP back into ATP in three separate ways</em></p><p><em>1. </em></p><p><em>2. </em></p><p><em>3. </em></p>, <p>_______________________</p><p>Generates energy for immediate use</p><p>Lasts 3-15 seconds</p><p>does not require oxygen to occur and is a ____________</p>, <p>_______________________</p><p>High energy phosphate </p><p>4-6 times greater quantity in the ___ than ___</p>, <p>breakdown of ________________ used to rebuild ___ to maintain a constant supply but depletes in ______</p>, <p>___ ⇌ ___ + ___ + ____ ---&gt; ATP ⇌ ADP + P<sub>i</sub> + Energy </p>, <p><em>Glycolysis </em></p>, <p>Glycolysis</p><p>_______ —&gt; _ ______ _____ + __ ___</p><p>________ would give 3 ATP</p>, <p>Glycogenolysis _________ ________</p>, <p><em>Net gain of ATP</em></p><p><em>___ _____ </em>of ATP per 1 mole of _________</p><p></p><p><em>___ _____ </em>of ATP per 1 mole of _______</p>, <p><em>Glucose</em></p>, <p>In the absence of oxygen, pyruvic acid converts into ____________</p>, <p>__________ Glycolysis </p><p><strong>Pros</strong></p><p>_______ can generate force for work even when ________ supply is low&nbsp;</p><p><strong>Cons</strong></p><p>Does not produce large amounts of ___</p><p>Accumulation of ______ ____and body fluids</p><p>Lasts _____ minutes</p><p></p>, <p>process by which the body breaks down substrates with the use of oxygen to generate energy</p>, <p>the oxidation of carbs involves 3 different phases of energy:</p><p>1.</p><p>2.</p><p>3.</p>, <p><strong>Aerobic glycolysis&nbsp;</strong></p><p>____ is made by breaking down _______</p><p>______ is available so ______ is not made&nbsp;</p><p>Supports activities between ____________ and ____________</p>, <p>during aerobic glycolysis, 2 molecules of ________ is converted into 2 molecules of ________ ____</p>, <p>during aerobic glycolysis ___________ becomes ________ and the byproduct of _______________ is removed and diffused into the bloodstream </p>, <p>during aerobic glycolysis __________ acid combines with _____________</p> flashcards
exercise physiology first test

exercise physiology first test

  • glycogenesis

    glycogen synthesized from glucose and stored into liver or muscle

  • what is the net ATP gain from glycolysis if glycogen is used?

    3 moles of ATP

  • what is the net ATP gain from glycolysis if glucose is used? why?

    2 moles of ATP

    1 mol was used in the conversion of glucose to glucose-6-phosphate

  • what does pyruvic acid turn into with oxygen?

    lactic acid

  • where does anaerobic glycolysis occur in the cell?

    cytoplasm

  • Modality

    any piece of equipment that will elicit a response

  • A single bout of acute bodily exertion that requires energy and results in the expenditure of energy

    Exercise

  • Ergometers

    standardized devices that allow us to measure work

  • Intensity

    how hard we work

  • Metabolism

    total of all energy transformations in the body

  • Anabolism

    generating tissue to be used or stored

  • Catabolism

    breaking down the tissue

  • Anaerobic Metabolism

    in the absence of oxygen

  • Aerobic Metabolism

    in the presence of, requiring, and utilizing oxygen

  • _________ ___________ oxidizes byproducts of the metabolism that is happening

    aerobic metabolism

  • ___ __ ___ _____ __ _____

    Growth and repair of ___

    ________ muscle mass 

    ________ muscle

    ________ _________ of glucose 

    Movement of _______ across cell membranes 

    _______ __________ for force generation in muscle actions

    Use of free energy in cells

    cells

    building

    repairing

    active transport

    calcium

    sliding filament

  • glucose is a _____________________

    Transferred to the body tissues via ______

    Resting-state: taken up and stored as ________ by the _____ or ______ tissues

    monosaccharide

    blood

    glycogen

    liver

    muscle

  • The liver and muscles have limited glycogen stores 

    True or False?

    true

  • glycerol and free fatty acids compose the _____ substrate

    fat

  • 3 fatty acids bonded to a glycerol molecule composes a _____________

    triglyceride

  • (fats)

    _____________ must be _____________ into ____ _____ in order to be used for energy

    triglycerides

    catabolized

    fatty acids

  • Proteins 

    _____________ → protein 

    Not a significant source of ______

    Must first be converted into ________ through _____________

    amino acids

    energy

    glucose

    gluconeogenesis

  • In severe energy depletion proteins convert to free fatty acids through _____________

    lipogenesis

  • Atwater General Factors

    Protein =__ kcal/g

    Carbs = __ kcal/g

    Lipids = __ kcal/g 

    4

    4

    9

  • ATP is __________ + __ __________ _______ connected through _____

    ___________ ______ lies in the bonds

    Utilized for all energy-requiring processes ___ ___ _____

    adenosine

    3 phosphate groups

    bonds

    potential energy

    in the cell

  • Phosphorylation

    addition of a phosphate group to create a reaction

  • Hydrolysis

    chemical process by which a substance is split into simpler compounds by the addition of water 

  • ___ ⇌ ___ + ___ + ____

    ATP

    ADP

    Phosphate

    Energy

  • ___ + ____ ---> ADP + Phosphate

    ATP

    H2O

  • how many phosphate groups are in adenosine diphosphate?

    2 phosphate groups

  • ATP + H2O ---> ___ + __________

    ADP

    phosphate

  • Anabolically we can rephosphorylate the AMP or ADP back into ATP in three separate ways

    1.

    2.

    3.

    ATP-PCR system

    Anaerobic Metabolism

    Aerobic Metabolism

  • _______________________

    Generates energy for immediate use

    Lasts 3-15 seconds

    does not require oxygen to occur and is a ____________

    ATP-PCR system

    Anaerobic System

  • _______________________

    High energy phosphate

    4-6 times greater quantity in the ___ than ___

    creatine phosphate

    cell

    ATP

  • breakdown of ________________ used to rebuild ___ to maintain a constant supply but depletes in ______

    creatine phosphate

    ATP

    <15s

  • ___ ⇌ ___ + ___ + ____ ---> ATP ⇌ ADP + Pi + Energy

    creatine phosphate

    creatine

    phosphate

    energy

  • Glycolysis

    Multi enzyme pathway used to breakdown glucose anaerobically

  • Glycolysis

    _______ —> _ ______ _____ + __ ___

    ________ would give 3 ATP

    glucose

    2 pyruvic acids

    2 ATP

    glycogen

  • Glycogenolysis _________ ________

    synthesizes glucose

  • Net gain of ATP

    ___ _____ of ATP per 1 mole of _________

    ___ _____ of ATP per 1 mole of _______

    3 moles

    glycogen

    2 moles

    glucose

  • Glucose

    blood sugar

  • In the absence of oxygen, pyruvic acid converts into ____________

    lactic acid

  • __________ Glycolysis

    Pros

    _______ can generate force for work even when ________ supply is low 

    Cons

    Does not produce large amounts of ___

    Accumulation of ______ ____and body fluids

    Lasts _____ minutes

    anaerobic

    muscles

    Oxygen

    ATP

    lactic acid

    1-2

  • process by which the body breaks down substrates with the use of oxygen to generate energy

    cellular respiration

  • the oxidation of carbs involves 3 different phases of energy:

    1.

    2.

    3.

    aerobic glycolysis

    kreb's cycle

    electron transport chain

  • Aerobic glycolysis 

    ____ is made by breaking down _______

    ______ is available so ______ is not made 

    Supports activities between ____________ and ____________

    ATP

    glucose

    oxygen

    lactate

    15 seconds

    2 minutes

  • during aerobic glycolysis, 2 molecules of ________ is converted into 2 molecules of ________ ____

    pyruvate

    acetyl CoA

  • during aerobic glycolysis ___________ becomes ________ and the byproduct of _______________ is removed and diffused into the bloodstream

    pyruvic acid

    acetic acid

    carbon dioxide

  • during aerobic glycolysis __________ acid combines with _____________

    co-enzyme A