Carpus example sentences

"Carpus" Example Sentences

1. The carpus bones in the wrist allow for flexibility of movement.
2. He fractured his carpus after falling off his bicycle.
3. The eight carpal bones form two rows that connect the radius and ulna bones to the metacarpal bones of the hand.
4. She felt a sharp pain in her carpus after lifting the heavy box.
5. The carpal tunnel syndrome was causing numbness and tingling in her carpus and fingers.
6. The hand surgeon operated on her carpus to relieve the pressure on the nerves.
7. He sprained his carpus playing basketball.
8. The carpus bones helped provide structural support for her wrist.
9. The distal carpus consists of the lunate, triquetrum, and pisiform bones.
10. The proximal carpus consists of the scaphoid, trapezium, trapezoid, capitate, and hamate bones.
11. The carpus bones in her wrists were showing signs of arthritis.
12. The carpus allows for flexion, extension, adduction and abduction movements of the wrist and hand.
13. She experienced numbness and tingling that radiated from her carpus into her fingers.
14. The carpus articulates proximally with the radius and ulna, and distally with the metacarpals.
15. The carpus connects the forearm to the hand and facilitates the multitude of complex movements of the hand.
16. The carpal bones are 8 small bones that make up the carpus of the wrist.
17. The carpus connects the radius and ulna of the forearm with the metacarpal bones of the palm.
18. The carpal tunnel, located at the base of the carpus, contains flexor tendons and the median nerve.
19. He bruised his carpus in the fall and it took weeks for the pain to subside.
20. The carpus bones act as levers to allow flexion and extension of the hand.
21. The ligaments of the carpus help provide stabilization to the wrist joint.
22. Range of motion exercises were prescribed to help strengthen her carpus after the sprain.
23. The distal row of carpal bones articulates with the proximal phalanx bones of the fingers.
24. The proximal row of carpal bones articulates with the radius and ulna bones of the forearm.
25. The carpometacarpal joint involves the carpals articulating with the metacarpals.
26. The articulations of the carpus bones allow for both stability and mobility of the wrist.
27. He damaged the cartilage between the carpus bones in a fall, requiring surgery.
28. The carpus allows wrist movements including flexion, extension, abduction and adduction.
29. The carpal arch provides a tunnel that houses the median nerve and tendons.
30. The tubercle of the scaphoid bone forms the anatomical snuff box at the base of the carpus.
31. The carpus acts as an articulation between the bones of the forearm and the hand.
32. The carpus stabilizes the wrist during movements of the hand and fingers.
33. The carpus is composed of 8 small bones that allow complex movements of the hand and fingers.
34. The carpus immediately proximal to the palm houses the carpal tunnel.
35. The synovial membrane of the carpus lubricates the articulating surfaces of the carpal bones.
36. The carpus provides mechanical advantage to movements of the hand and wrist.
37. The person experienced pain and swelling in their carpus after falling on an outstretched hand.
38. The carpus consists of 2 rows of 4 bones each that articulate with each other.
39. The carpus enclosed in a tight fibro-osseous sheath which helps to stabilize the bones.
40. The carpus acts as a bridge between the relatively stationary forearm and the mobile hand.
41. Care was taken to isolate and protect the carpus during rehabilitation after the injury.
42. Anatomically, the carpus refers to the wrist bones located proximal to the metacarpals.
43. The carpus functions to facilitate complex movements of the wrist necessary for fine motor skills.
44. The carpals in the proximal row articulate with the distal row carpals as well as adjacent carpals.
45. The ligaments of the carpus help stabilize the carpal bones during wrist and hand movements.
46. The eight carpal bones consist of two rows: proximal and distal.
47. The carpus acts as a pivot point between the relatively immobile forearm and the mobile hand.
48. The carpal tunnel in the carpus contains flexor tendons and the median nerve.
49. The carpus articulates with metacarpals, ulna and radius to allow wrist and hand movements.
50. The carpus transmits forces from the forearm to the hand during movements and weight bearing.
51. The carpus, together with the metacarpals and phalanges, make up the skeletal structure of the hand.
52. Carpal tunnel syndrome results from compression of the median nerve as it travels through the carpus.
53. The carpals articulate with each other, the metacarpals and the radius and ulna of the forearm.
54. The carpus articulates with the metacarpal bones of the hand at the carpometacarpal joint.
55. The carpus acts as a mechanical linkage between the relatively stable forearm and mobile hand.
56. Injuries to the carpus can limit range of motion and dexterity in hand and wrist movements.
57. The carpal bones form a complex system of joints that allows multiplanar movements of the wrist.
58. The 8 carpal bones composing the carpus provide structural support for the wrist joint.
59. Movements of the hand are facilitated by the complex articulations between the carpus bones.
60. The carpal tunnel of the carpus houses flexor tendons and the median nerve between the carpals.

Common Phases

1. Carpal bones
2. Carpal tunnel syndrome
3. Carpometacarpal joint
4. Distal carpal row
5. Proximal carpal row
6. Carpal ligaments
7. Carpal arch
8. Carpal tunnel
9. Articulate with the carpus
10. Facilitate movements of the carpus
11. Flexion of the carpus
12. Extension of the carpus
13. Damage to the carpus
14. Injury of the carpus
15. Movements of the carpus