Monoplegia example sentences

"Monoplegia" Example Sentences

1. The patient was diagnosed with right arm monoplegia after the stroke.
2. Due to the monoplegia, he lost function and mobility in his left leg.
3. Her monoplegia limited her ability to perform basic tasks independently.
4. The accident resulted in left leg monoplegia that required physical therapy and rehabilitation.
5. He struggled with depression and loss of independence due to the right arm monoplegia.
6. The child had left arm monoplegia caused by a brachial plexus injury during birth.
7. The neurologist determined that the right leg monoplegia was likely due to a lesion in the brain.
8. His lower limb monoplegia made walking and climbing stairs difficult.
9. Physical therapy was recommended to help regain mobility and strength after the right leg monoplegia.
10. The damage to his upper motor neurons caused left arm monoplegia and spasticity.
11. The patient had right leg monoplegia as a result of a spinal cord injury.
12. Left arm monoplegia can greatly impact one's ability to perform daily activities.
13. His paralysis and right leg monoplegia required him to use a wheelchair.
14. His lower limb monoplegia meant he needed assistive devices for mobility.
15. The rugby injury resulted in permanent left arm monoplegia.
16. After years of physical therapy, she was able to regain some function in her right leg despite the monoplegia.
17. She suffered complete left leg monoplegia after the cerebral hemorrhage.
18. Common rehabilitation interventions for monoplegia focus on improving strength, flexibility and mobility.
19. The soldier sustained right arm monoplegia following the roadside bombing.
20. His medical history included left leg monoplegia since early childhood.
21. The disease caused progressive right arm monoplegia over many years.
22. The monoplegia greatly impacted his quality of life and independence.
23. His lower limb monoplegia forced him to retire from his physically demanding job.
24. The infant had left leg monoplegia as a result of an obstetric brachial plexus injury.
25. She experienced increased spasticity and pain along with her right arm monoplegia.
26. He underwent extensive physical therapy to regain as much function as possible following the left leg monoplegia.
27. The right arm monoplegia made it difficult for him to do basic tasks like cooking and dressing himself.
28. The right leg monoplegia caused difficulties with walking long distances and climbing stairs.
29. The ineffectiveness of rehabilitation of lower limb monoplegia created additional anxiety and frustration.
30. His quality of life was severely impacted by the left arm monoplegia that limited his ability to work.
31. The left leg monoplegia required an ankle-foot orthosis brace to be able to walk.
32. Right arm monoplegia can significantly impact one's independence and ability to perform activities of daily living.
33. The interruption of motor function caused by monoplegia often increases spasticity and contractures.
34. The cause of the right leg monoplegia still remained unclear despite extensive testing.
35. The surgeons were unable to fully repair the damaged nerves causing the left arm monoplegia.
36. Many patients experience depression and loss of independence associated with lower limb monoplegia.
37. He struggled to come to terms with the lifelong left arm monoplegia after the accident.
38. The right arm monoplegia made simple tasks like eating and grooming very challenging.
39. Left leg monoplegia often requires the use of adaptive devices like crutches or a wheelchair.
40. The brain tumor resulted in permanent right leg monoplegia with little response to physical therapy.
41. The damage to her lower motor neurons caused left arm monoplegia with significant weakness.
42. Monoplegia rehabilitation aims to maximize functional recovery through strengthening and range of motion exercises.
43. His right arm monoplegia meant he could no longer work as a mechanic or with his hands.
44. The only treatment for his lower limb monoplegia was intensive physiotherapy and mobility aids.
45. The infant's right arm monoplegia caused by cerebral palsy required occupational therapy interventions.
46. The botched surgery resulted in left leg monoplegia and a medical malpractice lawsuit.
47. She had to use special utensils and adaptive devices to compensate for right arm monoplegia.
48. The left arm monoplegia prevented him from doing simple tasks like brushing his teeth and hair.
49. The cause of his right leg monoplegia remained unclear despite extensive diagnostic testing.
50. His quality of life was severely impacted by the lower limb monoplegia that limited his mobility and independence.
60. Occupational therapy can help patients with monoplegia regain function and learn to use adaptive equipment.

Common Phases

1. The child was diagnosed with left lower limb monoplegia due to a stroke in utero.
2. He suffered a stroke that resulted in right hemiplegia bordering on monoplegia.
3. Her right sided monoplegia made walking and daily tasks very challenging.
4. The patient presented with right upper limb monoplegia after experiencing an ischemic stroke.
5. The monoplegia affected his dominant arm and hand, severely impacting his ability to work.
6. Left arm monoplegia is a common complication from cervical spinal injuries.
7. His physicians were concerned the monoplegia would never fully resolve.
8. Physical therapy focused on strengthening the muscles affected by the monoplegia.
9. She struggled with depression due to the limitations caused by her lower limb monoplegia.
10. The specialist discussed treatment options to improve function following the monoplegia.
11. Monoplegia can occur after an ischemic or hemorrhagic stroke that damages motor neurons.
12. Paralysis that affects only one limb is referred to as monoplegia in medical terminology.
13. Traumatic injuries to the brachial or lumbosacral plexus can lead to upper or lower limb monoplegia.
14. Tumors within the spinal cord may cause monoplegia by compressing nerve roots.
15. Nerve damage from diabetes, syphilis or other neuropathies can also result in monoplegia.
16. Physical therapy is crucial for patients living with monoplegia to maintain mobility and function.
17. The most common form of monoplegia is upper limb monoplegia affecting one arm.
18. The patient's left leg monoplegia required him to use a wheelchair or walker for mobility.
19. Following peripheral nerve surgery, the monoplegia gradually improved over many months.
20. Despite the monoplegia, he remained determined and optimistic about regaining movement.
21. Upper and lower limb monoplegia can have very different impacts on quality of life.
22. The diagnosis of right leg monoplegia was devastating for the avid soccer player.
23. Her right arm monoplegia made performing even simple daily tasks extremely challenging.
24. Ankle-foot orthoses were prescribed to help her walk despite the lower limb monoplegia.
25. The right-sided monoplegia affected both his arm and leg on the same side of the body.
26. Occupational therapy focused on adaptive equipment and techniques to compensate for the monoplegia.
27. Focal lesions of the corticospinal tract are a common cause of incomplete upper limb monoplegia.
28. Early interventions can help prevent contractures from developing due to limb monoplegia.
29. Spasticity often accompanies monoplegia, further limiting movement and function.
30. Braces, splints and slings may assist with positioning and stabilization of a limb with monoplegia.
31. Botulinum toxin injections can sometimes reduce spasticity associated with monoplegia.
32. Medications like baclofen may also be prescribed to manage spasticity caused by monoplegia.
33. The left upper limb monoplegia made basic tasks such as feeding himself extremely difficult.
34. His lower limb monoplegia necessitated the use of a walker or wheelchair to ambulate.
35. Babinski signs were noted on the extremity affected by the right leg monoplegia.
36. Monoplegia can be temporary or permanent depending on the underlying cause and treatment.
37. Although monoplegia caused her significant difficulties, she remained determined to improve.
38. The tumor compressing his spinal cord was ultimately responsible for the lower limb monoplegia.
39. Incomplete lower limb monoplegia allowed him to stand and take a few assisted steps.
40. His wife assisted him with self-care needs due to the limitations from left arm monoplegia.
41. Functional electrical stimulation has shown promise for improving function in monoplegia patients.
42. She worked tirelessly with her physical therapist to regain as much movement as possible in her arm affected by monoplegia.
43. Despite the right upper limb monoplegia, he retained sensation in the affected limb.
44. Initial testing ruled out most etiologies for the patient's acute onset left leg monoplegia.
45. Genetic testing was recommended due to the congenital nature of the infant's lower limb monoplegia.
46. Hemiplegia which progresses to monoplegia indicates a worsening condition.
47. Moderate to severe monoplegia dramatically impacts patients' quality of life and independence.
48. His lower limb monoplegia necessitated the use of a wheelchair at all times.
49. Virtual reality games are being tested as a potential therapy to improve function after monoplegia.
50. The prognosis for upper limb monoplegia tends to be better than for lower limb monoplegia.
51. Robot-assisted therapy holds promise for rehabilitating patients with monoplegia.
52. Contractures eventually developed in the limb affected by longstanding monoplegia.
53. The right upper limb monoplegia posed significant challenges for his job as a mechanic.
54. Cranial nerve examinations were normal, localizing the lesion causing the left arm monoplegia to the spinal cord.
55. Electrodiagnostic testing can help determine the severity and level of nerve injury in monoplegia patients.
56. Psychological support is crucial for patients coping with long-term or permanent monoplegia.
57. The monoplegia likely resulted from an axonal neuropathy rather than demyelination.
58. Occupational therapists can modify tasks and adjust equipment to accommodate upper or lower limb monoplegia.
59. Deep brain stimulation has shown promise for treating refractory spasticity caused by monoplegia.
60. Alternative therapies such as acupuncture and massage may provide some relief of spasticity related to monoplegia.