Anatomy & Physiology STUDY GUIDE mr e ~ SRCS chapter10 test 70 multiple choice A&P chapter 10: Muscle Tissue vocab Excitability/irritability Ca2+ ion flexion fast oxidative-glycolitic contractile Sarcoplasmic reticulum (FOG) elastic sarcomere fast glycolytic (FG) extensible action potential all-or-none principle voluntary/involuntary proteins hyperplasia striated contractile fibromyalgia peristalsis regulatory myasthenia gravis isometric contraction structural exercise-induced muscle isotonic H zone damage concentric ATP-producing rxns myogram eccentric Creatine P rxn rigor mortis muscle belly Anaerobic cell. resp. creatine epimysium Aerobic cell. resp. anabolic steroids perimysium Twitch contraction cramp endomysium Wave summary spasm fascicle Unfused tetanus fibrillation myofiber Fused tetanus fasciculation myofibril Refractory period neurotransmitter actin/myosin Muscle tone thin/thich filaments neuromuscular junction flaccid muscle types (NMJ) atrophy skeletal motor unit hypertophy smooth synaptic end bulb motor unit recruitment cardiac synaptic cleft fiber types Acetylcholine (ACh) slow oxidative (SO) THINGS you MUST know: 1. vocab, vocab (well, you know by now) 2. By mass, we are typically _____% muscle.. 3. Distinguish between 3 types of muscle tissues. 4. Functions of muscle tissue. 5. Characteristics of muscle tissue. 6. Distinguish between 2 types of muscle contraction; distinguish between 2 types of isotonic.. 7. The many clinical connections (see slides in ppt or blue boxes in textbook) 8. Structural breakdown from belly to myofibril to actin/myosin.
Anatomy & Physiology STUDY GUIDE mr e ~ SRCS chapter10 test 70 multiple choice A&P chapter 10: Muscle Tissue vocab Excitability/irritability contractile elastic extensible voluntary/involuntary striated peristalsis isometric contraction isotonic concentric eccentric muscle belly epimysium perimysium endomysium fascicle myofiber myofibril actin/myosin neuromuscular junction (NMJ) motor unit synaptic end bulb synaptic cleft Acetylcholine (ACh) Ca2+ ion flexion Sarcoplasmic reticulum sarcomere action potential proteins contractile regulatory structural H zone ATP-producing rxns Creatine P rxn Anaerobic cell. resp. Aerobic cell. resp. Twitch contraction Wave summary Unfused tetanus Fused tetanus Refractory period Muscle tone flaccid atrophy hypertophy motor unit recruitment fiber types slow oxidative (SO) fast oxidative-glycolitic (FOG) fast glycolytic (FG) all-or-none principle hyperplasia fibromyalgia myasthenia gravis exercise-induced muscle damage myogram rigor mortis creatine anabolic steroids cramp spasm fibrillation fasciculation neurotransmitter thin/thich filaments muscle types skeletal smooth cardiac THINGS you MUST know: 1. vocab, vocab (well, you know by now) 2. By mass, we are typically _____% muscle.. 3. Distinguish between 3 types of muscle tissues. 4. Functions of muscle tissue. 5. Characteristics of muscle tissue. 6. Distinguish between 2 types of muscle contraction; distinguish between 2 types of isotonic.. 7. The many clinical connections (see slides in ppt or blue boxes in textbook) 8. Structural breakdown from belly to myofibril to actin/myosin.