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quiz
Question | Answer |
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from hip and above flexors are found in which region | anterior |
below the middle of the femur extensors are found in which region | anterior |
from the hip and above extensors are found in which region | posterior |
below the middle of the femur flexors are found in which region | posterior |
which vertebrae is even with the iliac crest | L4 |
which muscles are scapulae elevators | levator scap, rhomboids, upper trap |
which muscle is weak if there is winging of scapulae | serratus anterior |
which muscles retract the scapulae | rhomboids, traps and levator scap |
rotator cuff muscles | supraspinatus, infraspinatus, teres minor, subscapularis |
what is even with the second rib | superior angle of the scapulae |
where can you palpate cora cold process | inferior to the clavicle, superior to the pectorals major and medial to the deltoid |
muscles of the paraspinals | erector spinae and transverspinalis |
which muscle is below traps between the scapulae | rhomboids |
which muscles attach to the vertebrae | trapezius, rhomboids, latissimus dorsi |
erector spinae med to lat | spinalis, longissimus, iliocostalis |
transverspinalis group superficial to deep | semispinalis, multifidus, rotatores |
origin of the rhomboids | spinous process C7-T5 |
insertion of rhomboids | medial border of the scapulae |
origin of levator scapulae | transverse process of C1-C4 |
insertion of levator scapulae | upper medial border of scapulae from spine to superior angle |
origin of the serratus anterior | ribs 1-9 |
insertion of the serratus anterior | medial border of the scapulae |
origin of splenius capitis and splenius cervices | Spinous process of the thoracic vertebrae |
insertion of the splenius capitis | mastoid process and occiput |
insertion of the splenius cervicis | transverse process of C1-C3 |
attachments of the quadrates lumborum | transverse process of L1-L4, 12th rib and the posterior medial iliac crest including the PSIS |
muscle just beneath the rhomboids | serratus posterior superior |
muscles between ribs | intercostals |
primary respiratory muscle | diaphragm |
what do source points do | encourage movement in meridian |
shu point | correspondance to organ |
mu point | alarm point |
xi-cleft point | acute pain in immediate channel area |
luo point | internally/externally related |
8 influential points | zang organs LV13, Fu Organs Ren12, Qi Ren 17, Blood UB17, Sinews GB34, Marrow GB39, Bones UB11, Vessels Lu9 |
Lu Source Point | Lu9 |
Li Source Point | Li4 |
St Source Point | St42 |
Sp Source Point | Sp3 |
Ht Source Point | Ht7 |
Si Source Point | Si4 |
Ub Source Point | ub64 |
Ki Source Point | ki3 |
Pc Source point | Pc7 |
SJ Source Point | sj4 |
Gb Source point | gb40 |
Lv Source point | lv3 |
yin organs | Ht, Sp,Lu.Ki,Lv |
Yang organs | Si, St,Li,Bl,Gb |
Heart Associations | Fire, Tongue, Blood Vessels, Red,Joy,Bitter,Summer,Heat |
Spleen Association | Earth,Mouth,Muscles,Yellow/orange,Worry,Sweet,Change of Season, Damp |
Lung Association | Metal, Nose, Skin and Body Hair, White, Sadness, Spicy, Autumn, Dryness |
Kidney Association | Water, Ear, Bones, Black, Fear, Salty,Winter,Cold |
Liver Association | Wood,Eyes,Joints and Sinews, Green,Anger,Sour,Spring,Wind |
wrist extensors | extensor carpi radialis longus and brevis, extensor carpi ulnaris |
wrist flexor | flexor carpi ulnaris |
moves the thumb | flexor pollicus longus, extensor pollicus longus, abductor pollicus longus |
extends the pinki | extensor digiti minimi |
most superficial muscle of the posterior neck | upper trapezius |
actions of the hamstrings | extend the hip and flex the knee |
actions of the rectus femoris | hip flexion and knee extension |
abdominal muscles | rectus abdominus, external obliques, internal obliques and transverse abdominis |
quad muscles | rectus femoris, vastus lateralis, imtermedialis and medialis |
hamstring muscles | biceps femoris, semitendinosis, sememembranosis |
most superficial muscle of the posterior back | trapezius |
most superficial muscle of the inferior back | latissimus dorsi |
attaches to lateral epicondyle | extensor carpi ulnaris, extensor carpi radialis longus and brevis |
attaches to medial epicondyle | flexor carpi radialis, flexor carpi ulnaris and palmaris longus |
wrist flexors | flexor carpi ulnaris, flexor carpi radialis, palmaris longus |
FM EL | flexors medial, extensor lateral |
muscle action for posterior muscles of upper limb | extension |
muscle strengthening and testing done by | resistance to the actions of the muscle |
muscle lengthening and stretching done by | passively moving the muscle in opposite direction of action |
rotator cuff muscles | supraspinatus, infraspinatus, teres minor and subscapularis |
hamstring muscle origin and action | pubic bone, hip extension, knee flexion and most adduct |
adductor muscles | gracilis, adductor longus, pectineus, lower glut fibers assist in add, adductor braves, adductor magnus |
deep adductor muscle you don't massage | pectineus |
the personal muscle | pectineus |
abductors | TFL, sartorius, glut Med and min, upper glut fibers assist abd |
primary action for anterior muscles of upper limb | flexion |
muscle opposing the prime mover | antagonist |
prime mover | agonist |
tendon attachment at moveable bone | insertion |
tendon attachment at stationary bone | origin |
muscle that works with another muscle | synergist |
part of muscle between origin and insertion | muscle belly |
fulcrum between effort and the resistance, see saw | first class lever |
most common lever in the body mechanical advantage is speed and ROM | third class lever |
ball and socket joint | synovial |
2nd class lever | resistance between the fulcrum and the effort wheel barrel |
stabilize the origin of the prime mover | fixators |
adduction | brings limb closer to body in frontal plane |
abduction | limb away from midline in frontal plane |
frontal plane | divides the body into front and back |
sagittal plane | divides the body into two side parts |
flexion | decrease angle of joint in sagittal plane, |
extension | straightening joing, increase angle of joint in sagittal plane |
transverse plane | divide body into top and bottom parts |
proximal | closer to trunk |
distal | farther from trunk |
condyloid/ellypsoidal joints | bi-axial joint, MCP jt |
hinge joint | uni-axial joint, elbow |
synarthrosis | non-moveable |
amphiarthrosis | slightly moveable |
carpi means | writst |
palmaris means | palm |
digitorum means | digits |
pollicus means | thumb or 1st digit |
medial epicondyle known as | common flexor tendon |
medial epicondyle origin for | flexor carpi ulnaris, flexor carpi raidialis, palmaris longus and flexor digitorum superficialis |
superficial muscles of the anterior forearm | flexor carpi radialis, flexor carpi ulnaris and palmaris longus |
the palmar aponeurosis is the insertion of | palmaris longus |
5th anterior metacarpal is insertion of | flexor carpi ulnaris |
ulnar deviation is performed by anterior muscle | flexor carpi ulnaris |
2nd and 3rd anterior metacarpals are insertion of | flexor carpi radialis |
radial deviation is performed by anterior muscle | flexor carpi radialis |
intermediate muscle of the anterior forearm | flexor digitorum superficialis |
deep muscles of the anterior forearm | flexor digitorum profundus, flexor pollicis longus |
interosseus membrane is the origin of | flexor digitorum profundus |
the wrist is flexed by | flexor carpi ulnaris, flexor carpi radialis, palmaris longus, flexor digitorum profundus, flexor digitorum superficialis and flexor pollicus longus |
median nerve innervates | flexor carpi radialis, palmaris longus, lateral 1/2 of the flexor digitorum profundus, flexor digitorum superficialis and flexor pollicus longus |
digits 2-5 are flexed by | flexor digitorum superficialis and profundus |
distal phalanx of the 1st digit in the insertion of | flexor pollicus longus |
1st digit is flexed by | flexor pollicus longus |
distal phalanges of digits 2-5 are the insertion of | flexor digitorum profundus |
radius is origin of | flexor pollicus longus |
ulna is origin of | flexor digitorum profundus |
origin of biceps brachii | supraglenoid tubercle and coracoid process |
insertion of the biceps brachii | radial tuberosity |
origin of triceps brachii | infraglenoid tubercle and posterior humerus shaft |
insertion of the triceps brachii | olecranon process of ulna |
actions of biceps brachii | shoulder flexion and elbow flexion, supination of forearm |
actions of the triceps brachii | extension of the elbow and shoulder |
antagonist to the triceps brachii | brachioradialis and brachialis, pronator teres and biceps brachii |
antagonist to the supinator | pronator teres, pronator quadratus |
origin of the brachialis | anterior humerus shaft |
insertion of the brachialis | coronoid process of the ulna and ulna tuberosity |
origin of the brachioradialis | lateral supracondylar ridge or lateral epicondyle of the humerus |
insertion of the brachioradialis | styloid process of the radius |
flexors of the elbow include | biceps brachii, brachialis and pronator teres, brachioradialis |
neutral flexor of the elbow, and supinator and pronator to neutral | brachioradialis |
small and weak elbow extensor | anconeus |
muscles that insert in the radius | bicep brachii, brachioradialis, pronator teres, pronator quadratus, supinator |
origin of the pronator teres | medial epicondyle of humerus and coronoid process of ulna |
origin of the pronator quadratus | distal 1/4 of the ulna shaft |
origin of the supinator | lateral epicondyle of humerus and proximal ulna shaft |
pronation is an action of the | pronator teres and pronator quadratus |
musculocutaneous nerve innervates the | biceps brachii and brachialis muscles |
the radial nerve innervates the | triceps brachii, ancients, brachioradialis, and supinator muscles |
radial and ulna collateral ligaments provide | medial and lateral stability to the elbow |
Mother/Son Law | Production or Promotion Cycle, creation cycle, Shen cycle, Interpromotes |
Control Cycle | Ko Cycle, Interacts (Normal situation), Overacts(Pathological condition) |
counteracting cycle | insults, prey upon, humiliated by, disease conditions |
when qi of a given element is in excess | it will overreact on the acted element and contract on the acting element. |
when qi of a given element is in deficiency | it will be attacked by thea acting element and counteracted by the acted element |