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EXAM 3 | PE 464 - Kinesiology, Quizzes of Kinesiology

Class: PE 464 - Kinesiology; Subject: Physical Education; University: Southeast Missouri State University; Term: Fall 2010;

Typology: Quizzes

2009/2010

Uploaded on 11/17/2010

aguest07
aguest07 🇺🇸

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TERM 1
Shoulder Joint Attachment to Axial Skeleton
DEFINITION 1
By the clavical at the the Sternoclavicular Joint (SC)
TERM 2
3 Bones of Shoulder Joint
DEFINITION 2
Scapula, Clavicle, and Humerus
TERM 3
Scapular Landmarks
DEFINITION 3
Posterior: Subscapular Fossa, Spine of Scapula, Glenoid
Cavity,Acromion Process Lateral: Coracoid Process, Lateral
Border
TERM 4
Humeral Landmarks
DEFINITION 4
Head, Greater/Lesser Tubercle, Deltoid Tuberosity
TERM 5
Glenohumeral Joint
DEFINITION 5
Enarthrodial Joint (Ball-and-Socket)
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Shoulder Joint Attachment to Axial Skeleton

By the clavical at the the Sternoclavicular Joint (SC) TERM 2

3 Bones of Shoulder Joint

DEFINITION 2 Scapula, Clavicle, and Humerus TERM 3

Scapular Landmarks

DEFINITION 3 Posterior: Subscapular Fossa, Spine of Scapula, Glenoid Cavity,Acromion Process Lateral: Coracoid Process, Lateral Border TERM 4

Humeral Landmarks

DEFINITION 4 Head, Greater/Lesser Tubercle, Deltoid Tuberosity TERM 5

Glenohumeral Joint

DEFINITION 5 Enarthrodial Joint (Ball-and-Socket)

Facia

Easiest way to knock a shoulder joint out. TERM 7

Gleno

Ligaments

DEFINITION 7 Have much laxity until extreme ranges of motion reached due to wide range of motion involved; stability sacraficed to gain mobility. TERM 8

Synovial

Membrane/Labrum/Bursa

DEFINITION 8 Fluid for Lubrication/ cartilage that cushions and increases surface area of humeral head=stability/layer of fat that prevents bone on bone contact. TERM 9

Scapulorhythm

DEFINITION 9 Upward Rotation assistant from Abduction 90-180 degrees; synergistic relationship. 2-1 for every 2 degrees of gleno you get 1 degree of scapula. TERM 10

Injuries of Gleno

DEFINITION 10 Due to anatomical design: laxity of ligaments, lack of strength/endurance, anterioinferior glenohumeral subluxations (falling down) and dislocations=most common

SJ Posterior Muscles

Latissimus Dorsi, Teres Major, Infraspinatus, Teres Minor TERM 17

Nerves

DEFINITION 17 Cervical and Brachial Plexus TERM 18

Glenohumeral Flexion

DEFINITION 18 Anterior Deltoid and Upper Pectoralis Major TERM 19

Gleno Extension

DEFINITION 19 Teres Major, Latissimus Dorsi, and Lower Pectoralis Major TERM 20

Gleno ABduction

DEFINITION 20 Deltoid, Supraspinatus, and Upper Pec

Gleno ADduction

(Lat pull down) Latissimus Dorsi, Teres Major, Lower Pec Major TERM 22

Gleno Internal Rotation

DEFINITION 22 (anteromedial attachment on humerus) Latissimus Dorsi, Teres Major, Subscapularis, Pectoralis Major TERM 23

Gleno External Rotation

DEFINITION 23 (posterior on greater tubercle) Infraspinatus, Teres Minor TERM 24

Gleno Horizontal ABduction

DEFINITION 24 Posterior Deltoid, Middle Deltoid, Infraspinatus, and Teres Minor (Diagonal= Tricep Brachii Long Head) TERM 25

Gleno Horizontal ADduction

DEFINITION 25 Anterior Deltoid, Pectoralis Major, Coracobrachialis (Diagonal= Bicep Brachii Short Head)

Elbow Motion

Motion b/w articular surfaces of humerus and ulna; ulna in trochlea groove gives elbow flexion TERM 32

Elbow Strongest

DEFINITION 32 At 0 degrees or full extension; gives maximum bone-on-bone contact; stability in flexion by radial collateral ligament and ulnar collateral ligament. TERM 33

UCL

DEFINITION 33 Ulnar Collateral Ligament-particulary crucial to high-velocity sporting activities (pitching) Tommy John-reconstruction using tendon grant. TERM 34

Radioulnar Joint

DEFINITION 34 Trochoid (pivot) joint- allows for pronation and supination; Syndesmosis= substantial rotary movement b/w the bones. TERM 35

Elbow Flexors

DEFINITION 35 (Bicep Curl) Bicep Brachii, Brachialis (intrinsic true flex), Brachioradalis,

Elbow Extension

(Push Up) Tricep Brachii, Anconeus (true extensor, intrinsic). TERM 37

Radioulnar Pronation

DEFINITION 37 Pronator Teres, Pronator Quadratus, Brachioradialis TERM 38

Radioulnar Supinators

DEFINITION 38 (Tighten a Screw) Bicep Brachii, Supinator, Brachioradials TERM 39

Tennis Elbow and Golfer's Elbow

DEFINITION 39 Involving Extensor Digitorum muscles near origin of lateral epicondyle; involving medial wrist flexor and pronator near origin of medial epicondyle TERM 40

Upper Body Aggregate

DEFINITION 40 Muslces working in pairs; agonist and antagonist muscles work in opposition of each other to perform motions

Kinetic Chain Concept

Bony segments linked together by series of joints; the links may be moved individually without affecting the other links(open) or if securely attached movement cannot occur without movement of other links (closed). TERM 47

Open Kinetic Chain

DEFINITION 47 If distal end of the extremity is NOT fixed to any surface; less predictable (shoulder shrugs, deltoid raise, bicep curls) (hip flexion, knee extension) TERM 48

Closed Kinetic Chain

DEFINITION 48 When distal end of extremity is fixed; strongly correlated to most physical activities; most predictive (push ups, dips, squats, dead lifts) TERM 49

Overload

Principle

DEFINITION 49 Muscle of muscle group increases in strength in direct proportion to the overload placed on it; becomes overtraining when you increase a part of FIT more than 5% a week. TERM 50

SAID

Principle

DEFINITION 50 Specific Adaptations Imposed Demands- the body's ability to adapt to various stresses and overloads it is subjected to; achieveing specific benefits need specific exercise programs (specificity)

Muscular Development

Start At Early Age; Fitness Test Show Where Improvement is Needed; Strength and Endurance needed For Daily Activities- Back Pain and other ailments could be avoided! TERM 52

Valsalva Maneuver

DEFINITION 52 holding breathe while bearing down to lift heavy weights; pushing against your epiglottis- can cause lightheadedness and fainting- want to inhale on eccentric and exhale on concentric TERM 53

Hip Joint

DEFINITION 53 Acetabular Femoral (Enarthrodial)- Stability based on 1) Bony Articulation(bone-on-bone contact) 2) Strong Ligaments=Less Laxity 3) Large Support Muscles (Function for Weight Bearing and Locomotion). TERM 54

Pelvic Girdle Bones

DEFINITION 54

  1. Illium-upper 2) Ishium-post/lower 3) Pubis-ant/lower 4) Sacrum TERM 55

Bony Landmarks

DEFINITION 55

  1. Patella- insertion for all 4 Quad muscles 2) Proximal Tibia or Fibula(Fib always Lateral)

Hip Flexion

Illiopsoas, Pectineus, Rectus Femoris, Sartorius (longest muscle) TERM 62

Hip ADduction

DEFINITION 62 Adductor Brevis, Adductor Longus, Adductor Magnus, Gracilis TERM 63

Hip Extension

DEFINITION 63 Gluteus Maximus, Bicep Femoris, Semitendinosus, Semimembranosus, External Rotators TERM 64

Hip ABduction

DEFINITION 64 Gluteus Medius, Gluetus Max, Gluteus Minimus,Tensor Fasciae Latae TERM 65

Iliac

Region

DEFINITION 65 Illacus, Psoas Major, Psoas Minor= Spinal Flexion, and Hip Flexion

Quads/Hamstring

Rectus Femoris, Vastus Medialis, Vastus Intermedius, Vastus Lateralis/ Bicep Femoris, Semitendinosus, Semimembranosus TERM 67

Nerves for Hip Joint

DEFINITION 67 Lumbosacral Plexus TERM 68

Knee Joint

DEFINITION 68 Largest Bone in Body- Very Complex- Hinge b/w Femur and Tibia TERM 69

Articulations

DEFINITION 69

  1. Femur 2. Patella 3. Tibia (Femoropatella-Slide Tibiopatella- Slide Tibiofemoral- Hinge) TERM 70

Fibula

DEFINITION 70 ALWAYS Lateral; Attachment for Knee Joint structure-no articulation in femur or patella.

ACL

Anterior Cruciate (crosses) Ligament: Most commonly injured, prevents anterior slipage, sits posterior to anterior. Injured by noncontact rotary forces TERM 77

PCL

DEFINITION 77 Posterior Cruciate Ligament: Not often injured, prevents posterior slipage, sits anterior to posterior. Injured by direct contact TERM 78

LCL

DEFINITION 78 Lateral (Fibular) Collateral (outside) Ligament: Infrequently injured TERM 79

MCL

DEFINITION 79 Medial (Tibial) Collateral Ligament: medial stability by preventing knee from ABducting; commonly injured in contact sports. TERM 80

Knee Can Perform Rotation

DEFINITION 80 When Knee is Flexed 30 degress: Internal and External Rotation

Screw Home

When knee approaches full extension tibia must externally rotate to achieve proper alignment of tibial and femoral condyles: During intial flexion to full extension knee "unlocks" by tibia rotating internally. TERM 82

Q Angle

DEFINITION 82 Central Line of Pull starts from anterior superior iliac spine (ASIS) to center of patella. The line of pull from patella tendon runs from patella to center of tibial tuberosity; The intersection of 2 lines make the Q Angle. 15 degrees for males, 20 degrees for females. (Important to predetermine knee problems) TERM 83

Two-Joint Muscles

DEFINITION 83 (Biarticulate) Are able to extert greater force when lengthened than when shortened: Example= Sartorius becomes a better flexor at knee when pelvis is rotated posteriorly and stabilized by abdominal muscles (Football Kicker) TERM 84

Pes Anserinus

DEFINITION 84 Gracilis, Sartorius, and Semitendinosus joined together; attach around tibial tuberosity and assist with knee flexion and hip externally rotated. TERM 85

Knee Extension

DEFINITION 85 Rectus Femoris, Vastus Medialis, Vastus Intermedius, Vastus Lateralis

Hip External Rotation

Gluteus Max, Six Deep External Rotators