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90 Cards in this Set
- Front
- Back
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Have been awarded a degree from an OT ed program accredited by the Accrediation Council for OT (ACOTE)
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Requirements for OT
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Have successfully completed the appropriate therapist-level of qualified field work experience required by the education program
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Requirements for OT
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Have attested tounderstanding and adhering to the NBCOT Candidate/Certificant Code of Conduct
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Requirements for OT
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Pass NBCOT's national OTR exam
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Requirements for OT
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Have been awarded a degree from an OT ed. program accredited by ACOTE
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Cota requirements
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Have successfully completed the appropriate therapist-level of qualified fieldwork required by the educational program
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Cota requirements
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Have attested to understanding and adhering to the NBCOT Code of Conduct
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Cota requirements
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Pass NBCOT's national COTA certification exam.
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Cota requirements
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Registered Occupational Therapist
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what does OTR stand for
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1st yr entry level all is co-signed 2nd yr every 4-6 weeks all is co-signed 3rd year advanced practitioner (6mo signed)4th yr on site check up annually exam CHP
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How do COTA's move up?
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4 years in one specific location doing a specialized area like hands can take an Advanced Practitioners Exam
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Specialized COTA's
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have to have a Referral then can help with evals and screening collect data contribute to intervention plan prioritize information
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What can OTA's do?
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Role based/ performance based
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Priority of OT intervention
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Each state has them for thier PT's and PTS's
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What are practice acts?
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American Physical Therapy Association
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What is APTA
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PROTRACTION
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HAPPENS AT THE JAW, HEAD, SCAPULA,
LINEAR MOVEMENT AWAY FROM THE MID LINE ON TRANSVERSE PLANE |
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RETRACTION
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TOWARD THE MIDLINE PAST NUTREUL CAN NOT DO THIS WITH YOUR JAW
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MEDIAL
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LOCATION OR POSITION TOWARD MID LINE
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LATERIAL
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LOCATION OR POSITION AWAY FROM MID LINE
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CRANIAL
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CLOSER TO THE HEAD
POSITION OR LOCATION |
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CAUDAL
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CLOSER TO THE TAIL OR THE FEET
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PROXIMAL
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TOWARD THE TRUNK
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DISTAL
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AWAY FROM THE TRUNK
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SAGITTAL
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IMAIGINARY LINE DIVIDS THE LEFT FROM THE RIGHT
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SAGITTAL MOTION
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FEET DOSIFLEXION PLANTARFLEXION
SHOULDER FLEXION AND EXTENTION |
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FRONTAL
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DIVIDS THE BODY INTO FRONT AND BACK
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FRONTAL MOTION
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ABDUCTION, ADDUCTION
KELLY ON THE FLOOR |
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TRANSVERSE PLANE
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DIVID THE BODY INTO TOP AND BOTTOM
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TRANSVERSE PLANE
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ROTATION LIKE HEAD
PROTRACTION AND RETRACTION AND only HORIZONTAL ADD AND ADB |
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ARTICULATIONS
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JOINTS
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THE PURPOSE OF JOINTS
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MOVEMENTS
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3 CLASSIFICATIONS OF JOINTS
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FIBEROUS
CARTILAGENOUS SYNOVIAL |
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FIBEROUS MOVEMENT
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ALMOST NONE THE SUTURES AND THE TEETH IN THE JAW
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CATILAGENOUS
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SAMLL AMOUNT OF MOVEMENT
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SYNOVIAL JOINTS
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HAS FLUID IENCLOSED IN JOINT CAPSULE
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BALL AND SOCKET
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MOVEMENT: IS ROTATION
HIP AND SHOULDER 3 DEGREES OF FREEMENT |
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CONDYLOID
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WRIST KNOCKLES
SHALLOW BALL AND SOCKET MOVEMENT: ROTATION 2 DEGREES OF FREEDOM |
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HINGE
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KNEE AND ELBOW AND FINGER AND TOES
1 DEGREE OF FREEDOM |
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SADDLE
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THUMB
2 DEGREES OF FREEDOM |
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PIVOT
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RADIUS AND ULNA C1 C2 1 DEGREE OF FREEDOM
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IRREGULAR
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CARPALS OR TARSAL GLIDING ON A PLANE ZERO DEGREES OF FREEDOM
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MUSCLE FIBER ARRANGEMENT CLASSIFICATIONS
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PARALLEL AND OBLIQUE
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PARALLEL FIBER ARRANGEMENTS
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STARTS AT ONE OF THE MUSCLE AND RUNS ALL THE AWAY TO THE OTHER END OF THE MUSCLE
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STRAP
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LOOKS LIKE A BELT LONG AND SKINNY
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FUSIFORM
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WIDER IN THE MIDDLE SKINNY ON THE ENDS
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RHOMBOIDAL
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PUSHED OVER RECTANGLE
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TRIANGULAR
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BROAD BEGINNING PINCHES TOGETHER AT THE END
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OBLIQUE / PENNIFORM
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FEATHER LIKE
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UNIPENNATE
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LIKE HALF OF A FEATHER
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BIPENNATE
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LIKE A WHOLE FEATHER BOTH SIDES
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MULTIPENNATE
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MULTI FEATHERS THAT FAN OUT FROM THE QUILLS
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BIOMECHANICAL PRINCLES
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ARE DEFINE AS MECHANICAL LAWS
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FUNCTIONAL CHARACTERISTIC OF MUSCLES
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IRRITABILITY, IT RESPONDS TO STIMLU
CONTRACTILITY, TO CONTRACT OR SHORTEN EXTENSIBILITY, TO STRETCH OR LENGTHEN ELASTICITY RECOILING ABILITY AFTER A STRETCH TO COME BACK TO ITS RESTING LENGTH |
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TYPES OF MOVMENT AT JOINTS
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ROTARY AND TRANSA LATORY /LINEARE
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CONCENTRIC
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CONTRACTS OR SHORTENS TO OVERCOME GRAVITY IT GOES UP TO OVER COME GRAVITY
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ECCENTRIC
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A LENGTHENING TO SLOW DOWN GRAVITY
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ISOTONIC
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CONTRACTION THAT CAUSE THE JOINT TO MOVE LIKE CONCENTRIC AND ECCENTRIC
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ISOMETRIC
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MUSCLES TIGHTEN UP BUT NO JOINT MOTIONS JUST MUSCLES ARE TIGHT
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AGONIST
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THE PRIME MOVER THE MUSCLE THAT DOES THE WORK
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ANTAGONIST
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THE MUSCLE THAT DOES THE OPPOSITE MOTION THAN THE AGONIST
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SYNERGIST
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AN ASSITANT OR HELPER WORKS TOGETHER WITH AGONIST
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STABLIZER
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AN ANCHOR MUSCLE MORE TOWARD THE TRUNK
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OPEN KINETIC CHAIN
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THE DISTAL END IS MOVING IN THE AIR
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CLOSED KINETIC CHAIN
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THE DISTAL END IS FIXED ON A SURFACE THAT DOES NOT MOVE AND THE OTHER END DOES THE MOVEMENT
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REVERSAL OF MUSCLE ACTION
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BRING THE PROXIMAL END TO THE DISTAL END OF THE MUSCLE
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TARSALS
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TALUS CALCANEUS NAVICULAR CUBOID AND THE 3 CUNEIFORMS
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FORE FOOT
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METATARSAL AND THE PHALANGES
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BONY LANDMARKS FOR THE TIBIA
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LARGEST BONE OF THE ANKLE MEDIAL MALLEOLUS IS THE END OF THE TIBIA
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BONY LANDMARKS FOR THE FIBULA
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SMALLER THAN THE TIBIA BONE OF THE ANKLE
LATERIAL MALLEOLUS IS THE END OF THE FIBULA |
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TALUS BONY LANDMARKS
A. DOME B. NECK C. HEAD |
A. ROUNDED TOP UNDER TIBIA
B. WHERE BONE PINCHES IN C. WHERE IT MEETS NAVICULAR |
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CALCANEUS
A. SUSTENTACULUM-TALI |
A LEDGE THAT THE TALUS SITS ON THE CALCANEUS MEDIAL SIDE
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CALCANEUS
B.PERONEAL TUBEROSITY |
A SHARP SAMLL BUMP ON THE LATERAL SIDE OF THE FOOT ON THE CALCANEUS
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CALCANEUS
C. MEDIAL/LATERIAL TUBERCLES |
ON THE BOTTOM OF THE FOOT ON EITHER SIDE
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NAVICULAR LANDMARK
A. NAVICULAR TUBERCLE |
ON THE MEDIAL BUMP ON THE NAVCICULAR
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TARSAL SINUS
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ITS A HOLE IN VERY FRONT OF FOOT ON THE LATERIAL SIDE
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CUBOID LANDMARK
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THE GROOVE WITH A TENDON
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METASARSALS
A. HEAD B. SHAFT C. BASE D. STYLOID PROCESS OF THE 5TH MT |
A. DISTAL AND ROUNDED
B. LONG MIDDLE C. PROXIMAL END OF THE BONE D. LATERIAL SIDE, THE POINT |
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ARTICULATIONS
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TIBIA FIBULA
TALO CRURAL INTERTARSALS TARSAL METATARSAL INTERPHALANGEAL |
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ARTICULATION
TIBIA FIBULA |
ARTICULATIONS
TYPE: FIBEROUS VERY LITTLE MOVEMENT |
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ARTICULATION TALO-CRURAL
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TALUS TIBIA
ARTICULATION TYPE: SYNOVIAL HINGE ONLY MOVEMENT IS UP AND DOWN |
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SUB-TALAR
TRANSVERSE TARSAL ARTICULATION |
INTERTARSALS
GLIDING ONLY |
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SUB-TALAR
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TALUS TO CALCANEUS
TYPE: SYNOVIAL GLIDING MOVEMENT IS INVERSION AND EVERSION |
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TRANSVERE ARTICULATION
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THE LINE UP TOGETHER CALCANEO CUBOID AND TALO NIVICULAR ARTICULATION
MOVEMENT: INVERSION ADN EVERSION KNIFE EDGE |
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TARSAL- METATARSAL
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TYPE: SYNOVIAL GLIDING
MOVEMENT: INVERSION ADN EVERSION |
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METARSAL-PHALANGE MTP OR MP JOINT
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TYPE: SYNOVIAL CONDYLOID
MOVEMENT: ADDUCT AND ABDUCT THE TOES |
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INTERPHALANGEAL OR IP
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TYPE: SYNOVIAL HINGE
MOVEMENT: FLEX AND EXTEND |
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THE REASON FOR SO MANY JOINTS
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THE MORE JOINTS THE MORE STABLITY
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LIGAMENTS
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A LENGTH OF CONNNECTIVE TISSUE JOINS BONE TO BONE
JOB: LIMIT MOTION |
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LIGAMENTS TIBIA-FIBULA
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INFERIOR TIBIA FIBULA LIGAMENT
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LATERAL SIDE OF ANKLE LIGAMENTS
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ANTERIOR TALO FIBULA FRONT
CALCANEO FIBULAR UP AND DOWN POSTERIOR TALO FIBULAR HORIZONTAL |
