abduction adduction amphiarthroses ankle joint atlantoaxial joint atlanto-occipital joint ball-and-socket joint circumduction condylar joint coronal suture dense regular CT depression diarthroses distal radioulnar joint dorsiflexion elevation eversion extension fibrocartilage fibrous joints flexion gomphoses hinge joint hip joint hyaline cartilage hyperextension interosseous membrane inversion knee joint elbow joint lambdoid suture lateral abduction lateral flexion lateral meniscus lateral rotation medial meniscus medial rotation opposition pivot joint plane s joint plantar flexion pronation proximal radioulnar joint protraction reposition retraction saddle joint sagittal suture shoulder joint squamous suture sternoclavical joint supination symphyses synarthroses synchondroses syndesmoses synostoses temporomandibular joint tibial collateral ligament wrist joint 1. ______________ is a movement of ankle jt when the superior surface of the foot is brought toward the leg. 2. ______________ is a movement of ankle jt when the sole is brought toward the posterior surface of leg. 3. ______________ is a movement of ankle jt when the sole of the foot turns medially. 4. ______________ is a movement of ankle jt when the sole of the foot turns laterally. 5. ______________ is a movement of elbow jt that rotates forearm so the palm of the hand faces posteriorly. 6. ______________ is a movement of elbow jt that rotates forearm so the palm of the hand faces anteriorly. 7. ______________ is a movement of head that moves the head along the frontal plane laterally. 8. ______________ is a movement of head that moves the head along the sagittal plane anteriorly. 9. ______________ is a movement of head that moves the head along the sagittal plane posteriorly. 10. ______________ is a movement of hip jt that decreases the angle of the joint along the sagittal plane. 11. ______________ is a movement of hip jt that increases the angle of the joint along the sagittal plane. 12. ______________ is a movement of hip jt that increases the angle of the joint along the sagittal plane beyond the anatomical position. 13. ______________ is a movement of shoulder jt that decreases the angle of the joint along the sagittal plane. 14. ______________ is a movement of shoulder jt that increases the angle of the joint along the sagittal plane. 15. ______________ is a circular movement of the shoulder jt that makes an imaginary cone shape. 16. ______________ is a movement of hip jt that turns anterior surface of femur laterally. 17. ______________ is a movement of hip jt that turns anterior surface of femur medially. 18. ______________ is a movement of scapula that moves scapula inferiorly. 19. ______________ is a movement of scapula that moves scapula laterally and anteriorly. 20. ______________ is a movement of scapula that moves scapula medially. 21. ______________ is a movement of scapula that moves scapula superiorly . 22. ______________ is a movement of shoulder jt that turns anterior surface of humerus laterally. 23. ______________is a movement of shoulder jt that turns anterior surface of humerus medially. 24. ______________ is a movement of trunk that moves the trunk on the frontal plane laterally. 25. ______________ is a movement of trunk that moves the trunk on the sagittal plane anteriorly. 26. ______________ is a movement of trunk that moves the trunk on the sagittal plane posteriorly. 27. ______________ is a movement that move the fingers apart on the frontal plane. 28. ______________ is a movement that move the fingers toward each other on the frontal plane. 29. ______________ is a movement that the tip of your thumb touches the tips of other fingers. 30. Based on function, freely movable joints are known as ______________. 31. Based on function, immovable joints are known as ______________. 32. Costochondral jts (1-10) are a type of jts called ______________based on structure. 33. Hip jt is a type of synovial jts called ______________ based on structure. 34. Interphalangeal jts are a type of synovial jts called ______________ based on structure. 35. Intertarsal jts are a type of synovial jts called ______________ based on structure. 36. Intervertebral jts b/w the superior and inferior articular facets are a type synovial jts called ______________ based on structure. 37. Intervertebral jts b/w the bodies of the lumbar vertebrae are a type of jts called ______________ based on structure. 38. Knee (tibiofemoral) jt b/w tibia and femur is a type of synovial jts called ______________ based on structure. 39. Metacarpophalangeal jts (knuckle jts) are a type of synovial jts called ______________ based on structure. 40. Proximal radioulnar jt is a type of synovial jts called ______________ based on structure. 41. Pubic symphysis is a type of jts called ______________ based on structure. 42. Sacroiliac (SI) jt is a type of jts called ______________ based on structure.
abduction adduction amphiarthroses ankle joint atlantoaxial joint atlanto-occipital joint ball-and-socket joint circumduction condylar joint coronal suture dense regular CT depression diarthroses distal radioulnar joint dorsiflexion |
elevation eversion extension fibrocartilage fibrous joints flexion gomphoses hinge joint hip joint hyaline cartilage hyperextension interosseous membrane inversion knee joint elbow joint |
lambdoid suture lateral abduction lateral flexion lateral meniscus lateral rotation medial meniscus medial rotation opposition pivot joint plane s joint plantar flexion pronation proximal radioulnar joint protraction reposition |
retraction saddle joint sagittal suture shoulder joint squamous suture sternoclavical joint supination symphyses synarthroses synchondroses syndesmoses synostoses temporomandibular joint tibial collateral ligament wrist joint |
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