Answer these Muscle Tissue MCQs and see how sharp is your knowledge of Muscle Tissue. Scroll down and let's start!
A. Tropomyosin-binding protein
B. Thin filament protein
C. Calcium-binding protein
D. Elastic protein
A. The threshold.
B. The latent period.
C. Twitch.
D. Recruitment
A. A compartment in a myofilament
B. The contractile unit between two Z discs
C. The wavy lines on the cell, as seen in a microscope
D. The area between two intercalated discs
E. The nonfunctional unit of skeletal muscle
A. Strabismus
B. Tetanus
C. Myoblasts
D. Striations
E. Myofibrils
A. Muscle
B. Macrophages
C. Cells
D. Mast
A. Includes sensation of nausea and hunger
B. Stimulates contraction of skeletal muscles
C. Includes motor innervation of smooth muscle, cardiac muscle, and glands
D. Includes general senses of pressure, pain, vibration, and temperature in body wall and limbs
A. Extensor carpi ulnaris
B. Extensor carpi radialis longus
C. Extensor carpi radialis brevis
D. Extensor digitorum
A. Invert
B. Rotate
C. Dorsiflex
D. Plantar flex
A. Cardiac muscles
B. Smooth muscles
C. Involuntary muscles
D. Skeletal muscles
A. Damage from everyday use and injuries that accumulate over time
B. Connections between nerves, which cause more pain and therefore less use
C. Difficulties that occur during muscle growth and repair
D. Disconnections between motor nerves and muscle fibers
A. ​flexor
B. ​striated
C. Extensor
D. ​skeletal
A. Have load at one end of the lever, fulcrum at the other, and effort applied somewhere in the middle
B. Are typified by tweezers or forceps
C. In the body can operate at a mechanical advantage or mechanical disadvantage, depending on specific location
D. Are the type found in the joints forming the ball of the foot as used in raising the body on the toes
A. Fast glycolytic fibers
B. Slow oxidative fibers
C. Slow (oxidative), fatigue-resistant fibers
D. Fast (oxidative), fatigue-resistant fibers
A. Demand reduction
B. Reduction
C. Inoculation
D. Interdiction.
A. Compression of the rib cage to assist in forced expiration
B. Compression of the rib cage to assist in forced inspiration
C. Compression of the abdomen to assist in forced expiration
D. Compression of the abdomen to assist in forced inspiration
A. Myosin
B. Troponin
C. Thin filaments
D. T tubules
A. Lowered body temperature
B. Accumulation of pyruvic acid
C. Oxygen recovery
D. Decreased pH