// // // // //
(Domain /
/4: /
/therapeutic //intervention) //What //amount //of //time //may //it //take //for //complete //remodeling //of
//tissues //to //occur //after //a //soft //tissue //injury? //
A. //1 //to //3 //months //
B. //6 //to //9 //months
C. //4 //to //6 //weeks
D. //12 //to //24 //months
E. //up //to //1 //year //- //CORRECT //ANSWERS(S)✔✔E. //up //to //1 //year
(Domain /
/4: /
/therapeutic /
/intervention) /
/Where /
/is //the //primary //location //for //adenosine //triphosephate //production //in //skeletal //muscle? //
A. //sarcomere
B. //sarcoplasm
C. //sarcolemma
D. //sarcoplasmic //reticulum
E. //mitochondria //- //CORRECT //ANSWERS(S)✔✔A. //sarcomere
(Domain /
/4: /
/therapeutic /
/intervention) /
/Sensory /
,/receptors /
/located /
/at /
/the /
/musculotendinous /
/junction, /
/which /
/monitor //active //tension //generated //by //the //muscle //during //a //contraction, //are //called: //
A. //pacinian //corpuscles
B. //ruffini //receptors
C. //golgi //tendon //organs
D. //muscle //spindles
E. //contractile //sensory //receptors //- //CORRECT //ANSWERS(S)✔✔C. //golgi //tendon //organs
(Domain //4: //therapeutic //intervention) //Which //of //the //following //describes //a //neuropraxia? //
A. /
/demyelination /
/of /
/the /
/axon /
/sheath //that //leads //to //a //conduction //block. //usually //heals //in //approximately //1 //to //2 //weeks.
B. //loss //or //disruption //of //the //axon //and //myelin //sheath. //the //epineurium //is //still //intact.
C. /
/an /
/injury /
/to /
/the //endoneurium, //perinuerium, //and //epineurium //with //a //permanent //neurological //deficit.
D. //a //crush //injury //to //a //nerve //causing //damage //to //the //epineurium: //perinuerium //is //intact.
E. /
/none /
/of /
/the /
,/above //- /
/CORRECT /
/ANSWERS(S)✔✔A. /
/demyelination /
/of /
/the /
/axon /
/sheath //that //leads //to //a //conduction //block. //usually //heals //in //approximately //1 //to //2 //weeks.
(Domain /
/4: /
/therapeutic /
/intervention) /
/Bone /
/grows /
/via //
a/
/process /
/of /
/apposition /
/and /
/resorption /
/on /
/its /
/surface. /
/Which /
/of /
/the /
/following //cells //are //responsible //for //the //resorption //of //bone //during //its //growth //or //repair? //
A. //osteoblasts
B. //Osteocytes
C. //Osteophils
D. //Osteoclasts
E. //none //of //the //above //- //CORRECT //ANSWERS(S)✔✔D. //Osteoclasts
, (Domain /
/4: /
/therapeutic /
/intervention) /
/Why /
/is /
/the //repair //response //so //limited //in //the //articular //cartilage //of //a //joint //after //an //injury //in //the
//adult //athlete?
A. //articular //cartilage //cells //do //not //undergo //mitosis //in //the //mature //athlete
B. //articular //cartilage //has //a //poor //venous //supply
C. //articular //cartilage //has //a //low //water //content //
D. /
/there //are //fewer //mitochondria //present //in //the //articular //cartilage //than //in //hyaline //cartilage
E. /
/all /
/of /
/the /
/above //- /
/CORRECT /
/ANSWERS(S)✔✔A. //articular //cartilage //cells //do //not //undergo //mitosis //in //the //mature //athlete
(Domain /
/4: /
/therapeutic /
/intervention) /
/What /
/are //the //4 //sensations //an //athlete //will //experience //with //the //application //of //cryotherapy? //
A. //cold, //burning, //cramping, //numbness
B. //pain, //aching, //stinging, //cold
C. //aching, //burning, //pain, //numbness
D. //cold, //burning, //aching, //numbness