Lab Final Exam - ALL Terms

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Last updated 4:57 AM on 12/5/25
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972 Terms

1
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temporomandibular joint

- articulation of the condylar process of the mandible with the mandibular fossa of the temporal bone

- hinge type of synovial joint

- permits elevation/depression of the mandible (opening/closing the jaw)

<p>- articulation of the condylar process of the mandible with the mandibular fossa of the temporal bone</p><p>- hinge type of synovial joint</p><p>- permits elevation/depression of the mandible (opening/closing the jaw)</p>
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articular disc

- fibrocartilage disk between the condylar process of the mandible and the mandibular fossa of the temporal bone

- separates the TMJ into two joint cavities

<p>- fibrocartilage disk between the condylar process of the mandible and the mandibular fossa of the temporal bone</p><p>- separates the TMJ into two joint cavities</p>
3
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stylomandibular ligament

- ligament running from the styloid process to the angle of the mandible

<p>- ligament running from the styloid process to the angle of the mandible</p>
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sphenomandibular ligament

ligament running from the sphenoid bone to the ramus of the mandible

<p>ligament running from the sphenoid bone to the ramus of the mandible</p>
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atlanto-occipital joint

- articulates of the atlas (C1) with the occipital condyles of the skull

- condyloid type of synovial joint

- permits flexion/extension of the neck (nodding head yes)

<p>- articulates of the atlas (C1) with the occipital condyles of the skull</p><p>- condyloid type of synovial joint</p><p>- permits flexion/extension of the neck (nodding head yes)</p>
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atlanto-axial joint

- articulation of the atlas (C1) with the dens of the axis (C2)

- pivot type of synovial joint

- permits rotation of the neck (turning head no)

<p>- articulation of the atlas (C1) with the dens of the axis (C2)</p><p>- pivot type of synovial joint</p><p>- permits rotation of the neck (turning head no)</p>
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transverse ligament of atlas

- ligament arching across the ring of the atlas along the posterior aspect of the dens

- holds the dens in place against the atlas

<p>- ligament arching across the ring of the atlas along the posterior aspect of the dens</p><p>- holds the dens in place against the atlas</p>
8
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supraspinous ligament

- ligament running along the tips of adjacent spinous processes

- rope-like ligament along the vertebral column

<p>- ligament running along the tips of adjacent spinous processes</p><p>- rope-like ligament along the vertebral column</p>
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ligamentum flavum

- ligament running from the lamina of one vertebrae to the lamina of an adjacent vertebrae

<p>- ligament running from the lamina of one vertebrae to the lamina of an adjacent vertebrae</p>
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posterior longitudinal ligament

- ligament running vertically along the posterior aspect of the vertebral bodies

- runs all the way down the vertebral column INSIDE the vertebral canal

<p>- ligament running vertically along the posterior aspect of the vertebral bodies</p><p>- runs all the way down the vertebral column INSIDE the vertebral canal</p>
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anterior longitudinal ligament

- ligament running vertically along the posterior aspect of the vertebral bodies

- runs all the way down the vertebral column OUTSIDE of the vertebral canal

<p>- ligament running vertically along the posterior aspect of the vertebral bodies</p><p>- runs all the way down the vertebral column OUTSIDE of the vertebral canal</p>
12
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sternoclavicular joint

- articulation of the medial end of the clavicle with the manubrium (clavicular notch) of the sternum

- saddle type of synovial joint

- helps of permit elevation/depression, protraction/retraction, and upward/downward rotation of the scapula

<p>- articulation of the medial end of the clavicle with the manubrium (clavicular notch) of the sternum</p><p>- saddle type of synovial joint</p><p>- helps of permit elevation/depression, protraction/retraction, and upward/downward rotation of the scapula</p>
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glenohumeral joint

- articulation of the head of the humerus with the glenoid cavity of the scapula

- ball-and-socket type of synovial joint

- permits flexion/extension, abduction/adduction, and internal/external rotation of the shoulder

<p>- articulation of the head of the humerus with the glenoid cavity of the scapula</p><p>- ball-and-socket type of synovial joint</p><p>- permits flexion/extension, abduction/adduction, and internal/external rotation of the shoulder</p>
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subacromial bursa

- located inferior to the acromion, coracoacromial ligament, and deltoid muscle, and superior to the glenohumeral joint capsule

- below (sub-) the deltoid

- a bursa is a sac-like cavity containing synovial fluid located in areas of friction to prevent abrasion

<p>- located inferior to the acromion, coracoacromial ligament, and deltoid muscle, and superior to the glenohumeral joint capsule</p><p>- below (sub-) the deltoid</p><p>- a bursa is a sac-like cavity containing synovial fluid located in areas of friction to prevent abrasion</p>
15
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glenohumeral ligament

- ligament running from the glenoid vanity of the scapula to the head of the humerus

- has a superior, middle, and inferior part that blend with the genoid labrum

<p>- ligament running from the glenoid vanity of the scapula to the head of the humerus</p><p>- has a superior, middle, and inferior part that blend with the genoid labrum</p>
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coracohumeral ligament

- ligament running from the coracoid process of the scapula to the greater tubercle of the humerus

<p>- ligament running from the coracoid process of the scapula to the greater tubercle of the humerus</p>
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coracoacromial ligament

- ligament running from the coracoid process to the acromium of the scapula

<p>- ligament running from the coracoid process to the acromium of the scapula</p>
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transverse humeral ligament

- ligament running from the greater to the lesser tubercle of the humerus

<p>- ligament running from the greater to the lesser tubercle of the humerus</p>
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acromioclavicular joint

- articulation of the acromial end of the clavicle with the acrimony of the scapula

- plane type of synovial joint

- helps to permit elevation/depression, protraction/retraction, and upward/downward rotation of the scapula

<p>- articulation of the acromial end of the clavicle with the acrimony of the scapula</p><p>- plane type of synovial joint</p><p>- helps to permit elevation/depression, protraction/retraction, and upward/downward rotation of the scapula</p>
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acromioclavicular ligament

- ligament running from the acromion of the scapular to the lateral end of the clavicle

- dislocation of the acromioclavicular (AC) joint is known as "shoulder separation"

<p>- ligament running from the acromion of the scapular to the lateral end of the clavicle</p><p>- dislocation of the acromioclavicular (AC) joint is known as "shoulder separation"</p>
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conoid ligament

- ligament running from the coracoid process of the scapula to the conoid tubercle of the clavicle

- one of the two ligaments that makes up the coracoclavicular ligament

- medial to the trapezoid ligament

<p>- ligament running from the coracoid process of the scapula to the conoid tubercle of the clavicle</p><p>- one of the two ligaments that makes up the coracoclavicular ligament</p><p>- medial to the trapezoid ligament</p>
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trapezoid ligament

- ligament running from the coracoid process of the scapula to the inferior surface of the clavicle

- one of the two ligaments that make. up the coracoclavicular ligament

- lateral to the conoid ligament

<p>- ligament running from the coracoid process of the scapula to the inferior surface of the clavicle</p><p>- one of the two ligaments that make. up the coracoclavicular ligament</p><p>- lateral to the conoid ligament</p>
23
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elbow joint

- articulations of the trochlea of the humerus with he trochlear notch, and the capitulum of the humerus with the head of the radius

- hinge type of synovial joint

- permits flexion/extension of the elbow

<p>- articulations of the trochlea of the humerus with he trochlear notch, and the capitulum of the humerus with the head of the radius</p><p>- hinge type of synovial joint</p><p>- permits flexion/extension of the elbow</p>
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ulnar collateral ligament of elbow

- ligament running from the medical epicondyle of the humerus to the coronoid process and olecranon of the ulna

- broad, triangular ligamentous band on the medial side of the elbow

<p>- ligament running from the medical epicondyle of the humerus to the coronoid process and olecranon of the ulna</p><p>- broad, triangular ligamentous band on the medial side of the elbow</p>
25
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radial collateral ligament of elbow

- ligament running from the lateral epicondyle of the humerus to the annular ligament of the radius

- broad, triangular ligamentous band on the lateral side of the elbow

<p>- ligament running from the lateral epicondyle of the humerus to the annular ligament of the radius</p><p>- broad, triangular ligamentous band on the lateral side of the elbow</p>
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annular ligament

- ligament running from the anterior to posterior aspect of ulna surrounding the head of the radius

- encircles the head of the radius like a "sling" to hold the radius in the radial notch of the ulna

<p>- ligament running from the anterior to posterior aspect of ulna surrounding the head of the radius</p><p>- encircles the head of the radius like a "sling" to hold the radius in the radial notch of the ulna</p>
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proximal radioulnar joint

- articulation of the head of the radius with the radial notch of the ulna

- pivot type of synovial joint

- permits pronation/supination of the forearm

<p>- articulation of the head of the radius with the radial notch of the ulna</p><p>- pivot type of synovial joint</p><p>- permits pronation/supination of the forearm</p>
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distal radioulnar joint

- articulation of the head of the ulna with the ulnar notch of the radius

- pivot type of synovial joint

- permits pronation/supination of the forearm

<p>- articulation of the head of the ulna with the ulnar notch of the radius</p><p>- pivot type of synovial joint</p><p>- permits pronation/supination of the forearm</p>
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radiocarpal joint

- articulation of the distal radius with the proximal row of carpal bones

- condyloid type of synovial joint

- permits flexion/extension and radial/ulnar deviation of the wrist

<p>- articulation of the distal radius with the proximal row of carpal bones</p><p>- condyloid type of synovial joint</p><p>- permits flexion/extension and radial/ulnar deviation of the wrist</p>
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ulnar collateral ligament of wrist

- ligament running from the styloid process of the ulna to the medial surface of the triquetrum

<p>- ligament running from the styloid process of the ulna to the medial surface of the triquetrum</p>
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radial collateral ligament of wrist

- ligament running from the styloid process of the radius to the lateral surface of the scaphoid

<p>- ligament running from the styloid process of the radius to the lateral surface of the scaphoid</p>
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palmar radiocarpal ligament

- ligament running from the anterior surface of the distal radius to the anterior surface of the carpal bones

<p>- ligament running from the anterior surface of the distal radius to the anterior surface of the carpal bones</p>
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dorsal radiocarpal ligament

- ligament running from the posterior surface of the distal radius to the posterior surface of the carpal bones

<p>- ligament running from the posterior surface of the distal radius to the posterior surface of the carpal bones</p>
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midcarpal joints

- articulation of the proximal row of carpal bones with the distal row of carpal bones

- condyloid type of synovial joint

- permits flexion/extension of radial/ulnar deviation of the wrist

<p>- articulation of the proximal row of carpal bones with the distal row of carpal bones</p><p>- condyloid type of synovial joint</p><p>- permits flexion/extension of radial/ulnar deviation of the wrist</p>
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intercarpal joints

- articulation of the carpal bones with adjacent carpal bones in the same row

- plane type of synovial joint

- permits gliding movements of the carpal bones

<p>- articulation of the carpal bones with adjacent carpal bones in the same row</p><p>- plane type of synovial joint</p><p>- permits gliding movements of the carpal bones</p>
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carpometacarpal joints

- articulation of the distal row of carpal bones with metacarpals

- plane type of synovial joint (digits 2-5) and saddle type of synovial joint (digit 1)

- permits little movement (digits 2-5) and flexion/extension and abduction/adduction (digit 1)

<p>- articulation of the distal row of carpal bones with metacarpals</p><p>- plane type of synovial joint (digits 2-5) and saddle type of synovial joint (digit 1)</p><p>- permits little movement (digits 2-5) and flexion/extension and abduction/adduction (digit 1)</p>
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metacarpophalangeal joints

- articulation of the metacarpals with the proximal phalanges

- condyloid type of synovial joint

- permits flexion/extension and abduction/adduction (digits 2-5) and flexion/extension (digit 1)

<p>- articulation of the metacarpals with the proximal phalanges</p><p>- condyloid type of synovial joint</p><p>- permits flexion/extension and abduction/adduction (digits 2-5) and flexion/extension (digit 1)</p>
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proximal interphalangeal joints of hand

- articulation of the proximal phalanges with the middle phalanges

- hinge type of synovial joint

- permits flexion/extension of the digits

- only present in digits 2-5

<p>- articulation of the proximal phalanges with the middle phalanges</p><p>- hinge type of synovial joint</p><p>- permits flexion/extension of the digits</p><p>- only present in digits 2-5</p>
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distal interphalangeal joints of hand

- articulation of the middle phalanges with the distal phalanges

- hinge type of synovial joint

- permits flexion/extension of the digits

- digit 1 only has an interphalangeal joint

<p>- articulation of the middle phalanges with the distal phalanges</p><p>- hinge type of synovial joint</p><p>- permits flexion/extension of the digits</p><p>- digit 1 only has an interphalangeal joint</p>
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hip joint

- articulation of the head of the femur with the acetabulum of the coral bone

- ball-and-socket type of synovial joint

- permits flexion/extension, abduction/adduction, and internal/external rotation of the hip

<p>- articulation of the head of the femur with the acetabulum of the coral bone</p><p>- ball-and-socket type of synovial joint</p><p>- permits flexion/extension, abduction/adduction, and internal/external rotation of the hip</p>
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iliofemoral ligament

- ligament running from the ilium to the head of the femur

- Y-shaped ligament

<p>- ligament running from the ilium to the head of the femur</p><p>- Y-shaped ligament</p>
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ischiofemoral ligament

- ligament running from the ischium to the head of the femur

<p>- ligament running from the ischium to the head of the femur</p>
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pubofemoral ligament

- ligament running from the pubic to the head of the femur

- blends with the iliofemoral ligament

<p>- ligament running from the pubic to the head of the femur</p><p>- blends with the iliofemoral ligament</p>
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ligament of the femoral head

- ligament running from the head of the femur to the acetabular notch

<p>- ligament running from the head of the femur to the acetabular notch</p>
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acetabular labrum

- fibrocartilaginous ring lining the wall of the acetabulum

- increases surface area and decreases joint stress

<p>- fibrocartilaginous ring lining the wall of the acetabulum</p><p>- increases surface area and decreases joint stress</p>
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transverse ligament of the hip

- ligament running across the acetabular notch

<p>- ligament running across the acetabular notch</p>
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knee joint

- articulation of the medial/lateral femoral condyles with the medial/lateral tibial condyles

- hinge type of synovial joint

- permits flexion/extension of the knee

<p>- articulation of the medial/lateral femoral condyles with the medial/lateral tibial condyles</p><p>- hinge type of synovial joint</p><p>- permits flexion/extension of the knee</p>
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tibial (medial) collateral ligament

- ligament running from the medial epicondyle of the femur to the medial condyle of the tibia

- flat, band-like capsular ligament

- weaker Thant he fibular collateral ligament

<p>- ligament running from the medial epicondyle of the femur to the medial condyle of the tibia</p><p>- flat, band-like capsular ligament</p><p>- weaker Thant he fibular collateral ligament</p>
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fibular (lateral) collateral ligament

- ligament running from the lateral epicondyle of the femur to the head of the fibula

- cord-like extracapsular ligament

<p>- ligament running from the lateral epicondyle of the femur to the head of the fibula</p><p>- cord-like extracapsular ligament</p>
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anterior cruciate ligament

- ligament running from the anterior aspect of the intercondylar area of the tibia to the medal aspect of the lateral femoral condyle

- prevents posterior displacement of the femur on the tibia and hyperextension of the knee joint

<p>- ligament running from the anterior aspect of the intercondylar area of the tibia to the medal aspect of the lateral femoral condyle</p><p>- prevents posterior displacement of the femur on the tibia and hyperextension of the knee joint</p>
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posterior cruciate ligament

- ligament running from the posterior aspect of the intercondylar area of the tibia to the lateral surface of the medial femoral condyle

- prevents anterior displacement of the femur on the tibia and hyperextension of the knee cap

<p>- ligament running from the posterior aspect of the intercondylar area of the tibia to the lateral surface of the medial femoral condyle</p><p>- prevents anterior displacement of the femur on the tibia and hyperextension of the knee cap</p>
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medial meniscus

- semicircular cartilage on the superior surface of the medial tibial condyle

- commonly injured with the lateral force to the knee

<p>- semicircular cartilage on the superior surface of the medial tibial condyle</p><p>- commonly injured with the lateral force to the knee</p>
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lateral meniscus

- semicircular cartilage on the superior surface of the lateral tibial condyle

- acts as a "shock absorber" for the knee joint

<p>- semicircular cartilage on the superior surface of the lateral tibial condyle</p><p>- acts as a "shock absorber" for the knee joint</p>
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posterior meniscofemoral ligament

- ligament between the lateral meniscus and medial condyle of the femur

- fibrous band on the posterior knee

<p>- ligament between the lateral meniscus and medial condyle of the femur</p><p>- fibrous band on the posterior knee</p>
55
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quadriceps tendon

- connecting the quadriceps muscles to the patella

- common insertion of the four quadriceps muscles

<p>- connecting the quadriceps muscles to the patella</p><p>- common insertion of the four quadriceps muscles</p>
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patellar ligament

- ligament between the patella and tibial tuberosity

- distal continuation of the quadriceps tendon

<p>- ligament between the patella and tibial tuberosity</p><p>- distal continuation of the quadriceps tendon</p>
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suprapatellar bursa

- large bursa between the anterior surface of the femur and the quadriceps tendon

- allows for movement of the quadriceps tendon

<p>- large bursa between the anterior surface of the femur and the quadriceps tendon</p><p>- allows for movement of the quadriceps tendon</p>
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ankle joint

- articulation of the distal ends of the tibia and fibula with the superior surface of the talus

- hinge type of synovial joint

- permits plantarflexion/dorsoflexinon of the ankle

<p>- articulation of the distal ends of the tibia and fibula with the superior surface of the talus</p><p>- hinge type of synovial joint</p><p>- permits plantarflexion/dorsoflexinon of the ankle</p>
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deltoid ligament

- fan-shaped ligament running from the medial malleolus of the tibia to the talus, navicular, and calcaneus

- broad, medial, extra capsular ligament of the ankle

<p>- fan-shaped ligament running from the medial malleolus of the tibia to the talus, navicular, and calcaneus</p><p>- broad, medial, extra capsular ligament of the ankle</p>
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calcaneofibular ligament

- ligament running from the lateral surface of the calcaneus to the lateral malleolus of the fibula

- smaller, lateral extra capsular ligament of the ankle

- covered by the fibulas longs and braves tendons

<p>- ligament running from the lateral surface of the calcaneus to the lateral malleolus of the fibula</p><p>- smaller, lateral extra capsular ligament of the ankle</p><p>- covered by the fibulas longs and braves tendons</p>
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posterior talofibular ligament

- ligament running from the posterior aspect of the talus to the fibula

- horizontal band between the posterior talus and fibula

<p>- ligament running from the posterior aspect of the talus to the fibula</p><p>- horizontal band between the posterior talus and fibula</p>
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anterior talofibular ligament

- ligament running from the anterior aspect of the talus to the fibula

- horizontal band between the anterior talus and fibula

- most commonly injured ligament in a sprained ankle

<p>- ligament running from the anterior aspect of the talus to the fibula</p><p>- horizontal band between the anterior talus and fibula</p><p>- most commonly injured ligament in a sprained ankle</p>
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posterior tibiofibular ligament

- ligament running between the posterior aspects of the tibia and fibula

- thick, triangular band extending obliquely between the posterior tibia and fibula

<p>- ligament running between the posterior aspects of the tibia and fibula</p><p>- thick, triangular band extending obliquely between the posterior tibia and fibula</p>
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anterior tibiofibular ligament

- ligament running between the anterior aspects of the tibia and fibula

- thick, triangular band extending obliquely between the anterior tibia and fibula

<p>- ligament running between the anterior aspects of the tibia and fibula</p><p>- thick, triangular band extending obliquely between the anterior tibia and fibula</p>
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calcaneal tendon

- connecting the gastrocnemius and soles muscles to the calcaneus

- also known as the "achilles" tendon

- strongest tendon of the body

<p>- connecting the gastrocnemius and soles muscles to the calcaneus</p><p>- also known as the "achilles" tendon</p><p>- strongest tendon of the body</p>
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subtalar joint

- articulation of the inferior surface of the talus with the superior surface of the calcaneus

- plane type of synovial joint

- permits inversion/eversion of the foot

<p>- articulation of the inferior surface of the talus with the superior surface of the calcaneus</p><p>- plane type of synovial joint</p><p>- permits inversion/eversion of the foot</p>
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tarsometatarsal joints

- articulations of the tarsal bones with the metatarsals

- plane type of synovial joint

- permits gliding movements of the tarsal bones

<p>- articulations of the tarsal bones with the metatarsals</p><p>- plane type of synovial joint</p><p>- permits gliding movements of the tarsal bones</p>
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metatarsophalangeal joint

- articulation of the metatarsals with the proximal phalanges

- condyloid type of synovial joint

- permits flexion/extension and abduction/adduction of the digits

<p>- articulation of the metatarsals with the proximal phalanges</p><p>- condyloid type of synovial joint</p><p>- permits flexion/extension and abduction/adduction of the digits</p>
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proximal interphalangeal joints of foot

- articulation of the proximal phalanges with the middle phalanges

- hinge type of synovial joint

- permits flexion/extension of the digits

- only present in digits 2-5

<p>- articulation of the proximal phalanges with the middle phalanges</p><p>- hinge type of synovial joint</p><p>- permits flexion/extension of the digits</p><p>- only present in digits 2-5</p>
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distal interphalangeal joints of foot

- articulation of the middle phalanges with the distal phalanges

- hinge type of synovial joint

- permits flexion/extension of the digits

- digit 1 only has an interphalangeal joint

<p>- articulation of the middle phalanges with the distal phalanges</p><p>- hinge type of synovial joint</p><p>- permits flexion/extension of the digits</p><p>- digit 1 only has an interphalangeal joint</p>
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Frontal bone

Name the bone

<p>Name the bone</p>
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Supraorbital foramen

Name the small space

<p>Name the small space</p>
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Coronal suture

Name the structure

<p>Name the structure</p>
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Parietal bones

Name the bones

<p>Name the bones</p>
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Sagittal suture

Name the structure

<p>Name the structure</p>
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Lambdoid suture

Name the structure

<p>Name the structure</p>
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Occipital bone

Name the bone

<p>Name the bone</p>
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Foramen magnum

Name the space

<p>Name the space</p>
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Hypoglossal canal

Name the space

<p>Name the space</p>
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Occipital condyles

Name the structures

<p>Name the structures</p>
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Squamous suture

Name the structure

<p>Name the structure</p>
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Temporal bones

Name the bones

<p>Name the bones</p>
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Mastoid process

Name the structure

<p>Name the structure</p>
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External auditory meatus

Name the space

<p>Name the space</p>
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Internal auditory meatus

Name the space

<p>Name the space</p>
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Mandibular fossa

Name the space

<p>Name the space</p>
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Zygomatic process of the temporal bone

Name the structure

<p>Name the structure</p>
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Styloid process

Name the structure

<p>Name the structure</p>
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Carotid canal

Name the space

<p>Name the space</p>
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Jugular foramen

Name the space

<p>Name the space</p>
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Foramen lacerum

Name the space

<p>Name the space</p>
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Pterion

Name the structure

<p>Name the structure</p>
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Sphenoid bone

Name the bone

<p>Name the bone</p>
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Greater wings of sphenoid bone

Name the specific portion of bone

<p>Name the specific portion of bone</p>
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Lesser wings of sphenoid bone

Name the specific portion of bone

<p>Name the specific portion of bone</p>
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Superior orbital fissure

Name the space

<p>Name the space</p>
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Sella turcica

Name the structure

<p>Name the structure</p>
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Optic foramen

Name the space

<p>Name the space</p>
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Foramen rotundum

Name the space

<p>Name the space</p>
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Foramen ovale

Name the space

<p>Name the space</p>