Energy
Fiber Types
Contraction
Structure
Misc.
100

The first source of energy used in a muscle contraction

Stored ATP

100

Light Band is made of

Actin

100

T or F, Muscles can produce less force by partially contracting fibers

F

100

The cell membrane of a muscle

Sarcolemma

100

Supports the movement of an agonist

Synergist

200

Replenishes ATP when depleted

Creatine Phosphate

200

Fast Oxidative muscles

Type II a

200

Myofilament with "heads"

Myosin

200

Connective tissue that holds muscles together

Fascia

200

Neurotransmitter for voluntary muscles

Acetylcholine

300

Supplies some energy most of the time

Aerobic Respiration

300

Another name for Slow Oxidative fibers

Type I

300

Place that a muscle pulls toward

Origin

300

Name of space between nerve ending and muscle surface

Synapse

300

Contraction type that causes no movement

Isometric

400

An energy pathway that causes the buildup of lactic acid

Glycolysis

400

Most prominent muscle type in an olympic sprinter

Type IIb

400

Can be caused by a depleted supply of ACh or a lack of oxygen in the muscle.

Muscle fatigue

400

More strength is produced by stimulating more of these.

Motor units

400

Neurotransmitter for smooth muscle tissue

Norepinephrine

500

Post Mortem condition caused by lack of ATP in muscles

Rigor Mortis

500
Unicorn fiber type that may not exist

Type II ab

500

_____ Is caused by calcium being transported back into the SR, and the breaking of cross bridges.

Muscle Relaxation
500

Correctly list the levels of organization from biggest to smallest for a muscle. 

Muscle, Fascicles, Fibers, Myofibrils, Myofilaments

500

Disease that causes flaccid paralysis

Clostridium Botulinum