Which of the Following Statements Describes Myofibrils

Fast fibers contain loosely packed myofibrils. Smooth muscle cells are fusiform in shape b.


Synaptic Transmission The Neuron Part 1 Neurons Neuromuscular Junction Motor Neuron

Which of the following statements is false or incorrect.

. Which of the following statements is truea. Myofibrils are attached to the plasma membrane at both ends of a muscle fiber. Smooth muscle cells lack myofibrils sarcomere and t tubules e.

Fast fibers contain loosely packed myofibrils. Select all following statements that correctly describe T tubules and their role in conducting action potentials in muscle cells. Fast fibers contain loosely packed myofibrilsc.

Which of the following statements describes Mendels Law of Segregation. Smooth muscle cells contain endomysium only c. They cannot exhibit tetanus.

Intercalated discs prevent direct communication between cells. Fast fibers have a small diameter. Fast fibers have a small diameterb.

Intercalated discs contain desmosomes. Select all that apply. T tubules lack the voltage-gated Na and K channels that are present in the plasma membrane.

Iv Two stands of tropomyosin protein lie in the grooves of F - actin. Choose the correct order of the steps in recognizing a smell. Fast fibers have many mitochondria.

C Cardiac muscle fibers depend mostly on anaerobic cellular respiration to generate ATP. A Under normal resting conditions cardiac muscle tissue contracts and relaxes about 75 times per minute. Actin and myosin filaments shorten and slide past each other.

Which statements describe intercalated discs. The actin and myosin filaments slide over each other. Acetylcholine binds to its receptor in the junctional folds.

Which of the following statements is true. Fast fibers have large glycogen reserves. T tubules are infoldings of the plasma membrane that encircle the myofibrils and are in contact with the sarcoplasmic reticulum.

Which of the following statements about the molecular arrangement of actin and myosin in myofibrils isare incorrect. Which of the following statements describes a critical event that occurs at the neuromuscular junction. These filaments help the cell to withstand mechanical.

Which of the following statements about the microscopic struct of smooth muscle fibers is false. A tendon is composed of epimysium endomysium and perimysium but not fascia. B Cardiac muscle fibers can use lactic acid to make ATP.

They have a rapid onset of contractions. Surrounds muscle bundles fascicles. Intercalated discs are found between cardiomyocytes.

None of the above 34. Iii 2F - actins are twisted into a helix. Which of the following statements is true.

Fast fibers have large glycogen reservesd. Which of the following statements correctly describes the composition of a myosin filament. Iii 2F - actins are twisted into a helix.

Which of the following statements about the molecular arrangement of actin and myosin in myofibrils isare incorrect. Which of the following statements best describes the sliding filament mechanism of muscle contraction. Ii F - actin is the polymer of G globular actin.

Fast fibers have many mitochondria. Fascia surrounds muscle of an area. They primarily use anaerobic metabolism.

I Each actin thin filament is made of 2F filamentous actins. Intercalated discs allow synchronized contraction of cardiac muscle cells. Science Biology Anatomy Physiology Which of the following statements is true.

They are the only cytoskeletal filaments that are not composed of protein. A Bb individual will produce gametes with the B allele and gametes with the b allele while a bb individual will only produce gametes with the b allele. T tubules have receptor proteins that bind neurotransmitters released from the synaptic.

Which of the following statements describes smooth muscle cells. It can recoil back to its original length due to elastic fibers. Fast fibers have large glycogen reserves.

Filaments consist of bundles of myofibrils. Intermediate filaments are the principal component of the cell cortex. Actin and myosin filaments do not shorten but rather slide past each other.

A Diarthrotic joints consisting of two bones whose articular ends are covered with hyaline cartilage. These filaments are always found outside of the cell. Myofibrils c Myoglobin d Blood capillaries.

T tubules carry action potentials into the interior of the muscle cell via voltage-gated Na and K channels. Iv Two stands of tropomyosin protein lie in the grooves of F - actin. C Rodlike bundle of contractile filaments found in muscle fibers.

I Each actin thin filament is made of 2F filamentous actins. Skeletal muscle cardiac muscle and smooth muscle. Fast fibers contain loosely packed myofibrils.

List the three types of muscle tissue in the body. Fast fibers have large glycogen reserves. The neuromuscular junction is a well-studied example of a chemical synapse.

The actin filaments move toward the middle of the sarcomere during contraction and away on relaxation. The bones are separated by a fluid-filled joint cavity. 2Gross motor skills pertain to skills involving large muscle movements such as.

Ii F - actin is the polymer of G globular actin. Which of the following statements accurately describes the connective tissues of muscle. Fast fibers have a small diameter.

Epimysium surrounds a muscle. Neurons are stimulated Olfactory receptors detect vaporized odor molecules Signal forwarded to cerebral cortex for interpretation Nerve. T tubules are infoldings of the plasma membrane that encircle the myofibrils and are in contact with the sarcoplasmic reticulum.

Endomysium surrounds a fascicle. Fast fibers have many mitochondria. Fast fibers have a small diameter.

Smooth muscles cells contain caveolae that sequesters calcium ions d. Which of the following statements correctly describes intermediate filaments. B Upward movement of the foot so that it approaches the shin.

Intercalated discs occur in smooth muscle. They are resistant to fatigue. 1 A muscle can return to its original length when relaxed due to a quality of muscle tissue called elasticity.

As they slide past each other actin fi laments shorten but myosin filaments do not shorten. A Punnett square can be used to predict the outcome of a parental cross.


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