Deck 8: B--Muscle Physiology

Full screen (f)
exit full mode
Question
Use this figure to answer the corresponding questions. Some questions may have more than one answer.
Which two labeled parts serve as anchoring sites for the body's largest protein molecule? ____
Use this figure to answer the corresponding questions. Some questions may have more than one answer. Which two labeled parts serve as anchoring sites for the body's largest protein molecule? ____  <div style=padding-top: 35px>
Use Space or
up arrow
down arrow
to flip the card.
Question
Use this figure to answer the corresponding questions. Some questions may have more than one answer.
The region labeled ____ contains only three different proteins.
Use this figure to answer the corresponding questions. Some questions may have more than one answer. The region labeled ____ contains only three different proteins.  <div style=padding-top: 35px>
Question
Use this figure to answer the corresponding questions. Some questions may have more than one answer.
Which region(s) marked by arrows or brackets do not change length during normal contraction and relaxation of the muscle fiber? ____
Use this figure to answer the corresponding questions. Some questions may have more than one answer. Which region(s) marked by arrows or brackets do not change length during normal contraction and relaxation of the muscle fiber? ____  <div style=padding-top: 35px>
Question
Describe how glycolysis, creatine, and mitochondria are important to a skeletal muscle fiber's ability to obtain energy for contraction.
Question
Distinguish between twitch summation and motor recruitment in a skeletal muscle.
Question
Use this figure to answer the corresponding questions. Some questions may have more than one answer.
Number ____ identifies the functional unit of skeletal muscle.
Use this figure to answer the corresponding questions. Some questions may have more than one answer. Number ____ identifies the functional unit of skeletal muscle.  <div style=padding-top: 35px>
Question
Compare and contrast the different types of muscle contractions. Include the following in your
Question
Describe calcium's role in the contraction of the sarcomere in skeletal and cardiac muscle tissues. Include the following in your
Question
Use this figure to answer the corresponding questions. Some questions may have more than one answer.
Calcium ions must bind specifically to part ____ in order for the muscle fiber to contract.
Use this figure to answer the corresponding questions. Some questions may have more than one answer. Calcium ions must bind specifically to part ____ in order for the muscle fiber to contract.  <div style=padding-top: 35px>
Question
Use this figure to answer the corresponding questions. Some questions may have more than one answer.
Actin is not found in the part(s) labeled ____________________.
Use this figure to answer the corresponding questions. Some questions may have more than one answer. Actin is not found in the part(s) labeled ____________________.  <div style=padding-top: 35px>
Question
How does contraction of smooth muscle differ from that of skeletal muscle? Include the following in your
Question
Match between columns
involuntary, myogenic, and striated
Cardiac muscle
involuntary, myogenic, and striated
Multi-unit smooth muscle
involuntary, myogenic, and striated
Single-unit smooth muscle
involuntary, myogenic, and striated
Skeletal muscle
involuntary, myogenic, and nonstriated
Cardiac muscle
involuntary, myogenic, and nonstriated
Multi-unit smooth muscle
involuntary, myogenic, and nonstriated
Single-unit smooth muscle
involuntary, myogenic, and nonstriated
Skeletal muscle
voluntary, neurogenic, and striated
Cardiac muscle
voluntary, neurogenic, and striated
Multi-unit smooth muscle
voluntary, neurogenic, and striated
Single-unit smooth muscle
voluntary, neurogenic, and striated
Skeletal muscle
involuntary, neurogenic and nonstriated
Cardiac muscle
involuntary, neurogenic and nonstriated
Multi-unit smooth muscle
involuntary, neurogenic and nonstriated
Single-unit smooth muscle
involuntary, neurogenic and nonstriated
Skeletal muscle
Question
Match between columns
a molecule that can quickly provide materials to make ATP
Creatine phosphate
a molecule that can quickly provide materials to make ATP
Myoglobin
a molecule that can quickly provide materials to make ATP
Glycogen
a molecule that can quickly provide materials to make ATP
Lactic acid
a molecule that can quickly provide materials to make ATP
Glucose
an oxygen-storing protein that makes muscle tissue appear red
Creatine phosphate
an oxygen-storing protein that makes muscle tissue appear red
Myoglobin
an oxygen-storing protein that makes muscle tissue appear red
Glycogen
an oxygen-storing protein that makes muscle tissue appear red
Lactic acid
an oxygen-storing protein that makes muscle tissue appear red
Glucose
a storage form of glucose used in muscle cells requiring rapid energy release
Creatine phosphate
a storage form of glucose used in muscle cells requiring rapid energy release
Myoglobin
a storage form of glucose used in muscle cells requiring rapid energy release
Glycogen
a storage form of glucose used in muscle cells requiring rapid energy release
Lactic acid
a storage form of glucose used in muscle cells requiring rapid energy release
Glucose
a fuel molecule for cell respiration or fermentation
Creatine phosphate
a fuel molecule for cell respiration or fermentation
Myoglobin
a fuel molecule for cell respiration or fermentation
Glycogen
a fuel molecule for cell respiration or fermentation
Lactic acid
a fuel molecule for cell respiration or fermentation
Glucose
our fermentation product when our cells become .anaerobic
Creatine phosphate
our fermentation product when our cells become .anaerobic
Myoglobin
our fermentation product when our cells become .anaerobic
Glycogen
our fermentation product when our cells become .anaerobic
Lactic acid
our fermentation product when our cells become .anaerobic
Glucose
Unlock Deck
Sign up to unlock the cards in this deck!
Unlock Deck
Unlock Deck
1/13
auto play flashcards
Play
simple tutorial
Full screen (f)
exit full mode
Deck 8: B--Muscle Physiology
1
Use this figure to answer the corresponding questions. Some questions may have more than one answer.
Which two labeled parts serve as anchoring sites for the body's largest protein molecule? ____
Use this figure to answer the corresponding questions. Some questions may have more than one answer. Which two labeled parts serve as anchoring sites for the body's largest protein molecule? ____
7 and 9
2
Use this figure to answer the corresponding questions. Some questions may have more than one answer.
The region labeled ____ contains only three different proteins.
Use this figure to answer the corresponding questions. Some questions may have more than one answer. The region labeled ____ contains only three different proteins.
2
3
Use this figure to answer the corresponding questions. Some questions may have more than one answer.
Which region(s) marked by arrows or brackets do not change length during normal contraction and relaxation of the muscle fiber? ____
Use this figure to answer the corresponding questions. Some questions may have more than one answer. Which region(s) marked by arrows or brackets do not change length during normal contraction and relaxation of the muscle fiber? ____
4
4
Describe how glycolysis, creatine, and mitochondria are important to a skeletal muscle fiber's ability to obtain energy for contraction.
Unlock Deck
Unlock for access to all 13 flashcards in this deck.
Unlock Deck
k this deck
5
Distinguish between twitch summation and motor recruitment in a skeletal muscle.
Unlock Deck
Unlock for access to all 13 flashcards in this deck.
Unlock Deck
k this deck
6
Use this figure to answer the corresponding questions. Some questions may have more than one answer.
Number ____ identifies the functional unit of skeletal muscle.
Use this figure to answer the corresponding questions. Some questions may have more than one answer. Number ____ identifies the functional unit of skeletal muscle.
Unlock Deck
Unlock for access to all 13 flashcards in this deck.
Unlock Deck
k this deck
7
Compare and contrast the different types of muscle contractions. Include the following in your
Unlock Deck
Unlock for access to all 13 flashcards in this deck.
Unlock Deck
k this deck
8
Describe calcium's role in the contraction of the sarcomere in skeletal and cardiac muscle tissues. Include the following in your
Unlock Deck
Unlock for access to all 13 flashcards in this deck.
Unlock Deck
k this deck
9
Use this figure to answer the corresponding questions. Some questions may have more than one answer.
Calcium ions must bind specifically to part ____ in order for the muscle fiber to contract.
Use this figure to answer the corresponding questions. Some questions may have more than one answer. Calcium ions must bind specifically to part ____ in order for the muscle fiber to contract.
Unlock Deck
Unlock for access to all 13 flashcards in this deck.
Unlock Deck
k this deck
10
Use this figure to answer the corresponding questions. Some questions may have more than one answer.
Actin is not found in the part(s) labeled ____________________.
Use this figure to answer the corresponding questions. Some questions may have more than one answer. Actin is not found in the part(s) labeled ____________________.
Unlock Deck
Unlock for access to all 13 flashcards in this deck.
Unlock Deck
k this deck
11
How does contraction of smooth muscle differ from that of skeletal muscle? Include the following in your
Unlock Deck
Unlock for access to all 13 flashcards in this deck.
Unlock Deck
k this deck
12
Match between columns
involuntary, myogenic, and striated
Cardiac muscle
involuntary, myogenic, and striated
Multi-unit smooth muscle
involuntary, myogenic, and striated
Single-unit smooth muscle
involuntary, myogenic, and striated
Skeletal muscle
involuntary, myogenic, and nonstriated
Cardiac muscle
involuntary, myogenic, and nonstriated
Multi-unit smooth muscle
involuntary, myogenic, and nonstriated
Single-unit smooth muscle
involuntary, myogenic, and nonstriated
Skeletal muscle
voluntary, neurogenic, and striated
Cardiac muscle
voluntary, neurogenic, and striated
Multi-unit smooth muscle
voluntary, neurogenic, and striated
Single-unit smooth muscle
voluntary, neurogenic, and striated
Skeletal muscle
involuntary, neurogenic and nonstriated
Cardiac muscle
involuntary, neurogenic and nonstriated
Multi-unit smooth muscle
involuntary, neurogenic and nonstriated
Single-unit smooth muscle
involuntary, neurogenic and nonstriated
Skeletal muscle
Unlock Deck
Unlock for access to all 13 flashcards in this deck.
Unlock Deck
k this deck
13
Match between columns
a molecule that can quickly provide materials to make ATP
Creatine phosphate
a molecule that can quickly provide materials to make ATP
Myoglobin
a molecule that can quickly provide materials to make ATP
Glycogen
a molecule that can quickly provide materials to make ATP
Lactic acid
a molecule that can quickly provide materials to make ATP
Glucose
an oxygen-storing protein that makes muscle tissue appear red
Creatine phosphate
an oxygen-storing protein that makes muscle tissue appear red
Myoglobin
an oxygen-storing protein that makes muscle tissue appear red
Glycogen
an oxygen-storing protein that makes muscle tissue appear red
Lactic acid
an oxygen-storing protein that makes muscle tissue appear red
Glucose
a storage form of glucose used in muscle cells requiring rapid energy release
Creatine phosphate
a storage form of glucose used in muscle cells requiring rapid energy release
Myoglobin
a storage form of glucose used in muscle cells requiring rapid energy release
Glycogen
a storage form of glucose used in muscle cells requiring rapid energy release
Lactic acid
a storage form of glucose used in muscle cells requiring rapid energy release
Glucose
a fuel molecule for cell respiration or fermentation
Creatine phosphate
a fuel molecule for cell respiration or fermentation
Myoglobin
a fuel molecule for cell respiration or fermentation
Glycogen
a fuel molecule for cell respiration or fermentation
Lactic acid
a fuel molecule for cell respiration or fermentation
Glucose
our fermentation product when our cells become .anaerobic
Creatine phosphate
our fermentation product when our cells become .anaerobic
Myoglobin
our fermentation product when our cells become .anaerobic
Glycogen
our fermentation product when our cells become .anaerobic
Lactic acid
our fermentation product when our cells become .anaerobic
Glucose
Unlock Deck
Unlock for access to all 13 flashcards in this deck.
Unlock Deck
k this deck
locked card icon
Unlock Deck
Unlock for access to all 13 flashcards in this deck.