100 Examples of sentences containing the common noun "myopathy"

Definition

Myopathy refers to a group of diseases that affect muscle tissue, leading to muscle weakness, pain, and dysfunction. It can result from various causes, including genetic mutations, inflammation, metabolic issues, or exposure to toxins. Myopathy can manifest in different forms, such as muscular dystrophy or inflammatory myopathy, and may affect different muscle groups in the body.

Synonyms

• Muscle disease
• Muscle disorder
• Myopathic condition
• Myogenic disease

Antonyms

• Myogenesis (the formation of muscle tissue)
• Health (in the context of muscle function)

Examples

1. The doctor diagnosed her with myopathy after reviewing her symptoms.
2. Research indicates that myopathy can be hereditary in some cases.
3. Patients with myopathy often require physical therapy for rehabilitation.
4. Myopathy may lead to difficulties in performing daily activities due to muscle weakness.
5. Certain medications can cause myopathy as a side effect.
6. The clinic specializes in treating various forms of myopathy.
7. Early detection of myopathy is crucial for effective management.
8. Genetic testing can help identify the type of myopathy a patient has.
9. Myopathy can be a result of chronic inflammation in the muscles.
10. Symptoms of myopathy can vary greatly among individuals.
11. The patient's myopathy was linked to an autoimmune disorder.
12. Physical therapists often work with individuals suffering from myopathy.
13. The research team is studying the genetic basis of myopathy.
14. Myopathy can sometimes be confused with other muscle disorders.
15. The impact of myopathy on quality of life can be significant.
16. There are numerous types of myopathy, each with unique symptoms.
17. The latest treatments for myopathy involve targeted therapies.
18. Myopathy can affect both children and adults.
19. The symptoms of myopathy often worsen over time.
20. In some cases, lifestyle changes can help manage myopathy symptoms.
21. The neurologist explained that myopathy is different from neuropathy.
22. Understanding myopathy is essential for developing new treatments.
23. There is ongoing research into the causes of myopathy.
24. The physical exam revealed signs of myopathy in the patient's arms.
25. Myopathy can lead to complications such as respiratory failure.
26. Some forms of myopathy are progressive, while others are stable.
27. The patient was relieved to learn that myopathy is manageable.
28. Symptoms of myopathy include muscle cramps and stiffness.
29. The family history suggested a hereditary form of myopathy.
30. Myopathy can impact a person's ability to exercise.
31. The support group focuses on living with myopathy.
32. The onset of myopathy can be gradual or sudden.
33. Treatment for myopathy often includes medication and therapy.
34. The doctor recommended a muscle biopsy to confirm myopathy.
35. Many patients with myopathy benefit from occupational therapy.
36. The severity of myopathy can influence treatment options.
37. Myopathy may be diagnosed through electromyography tests.
38. The research findings shed light on the molecular mechanisms of myopathy.
39. The patient was optimistic about managing their myopathy through lifestyle changes.
40. Myopathy can sometimes lead to joint problems due to inactivity.
41. Education about myopathy is important for both patients and families.
42. Genetic counseling can provide insights into the risk of myopathy.
43. Some forms of myopathy are responsive to specific diets.
44. The neurologist explained that myopathy is primarily a muscle condition.
45. Myopathy can lead to early fatigue during physical activities.
46. The doctor prescribed corticosteroids to help manage myopathy symptoms.
47. The role of nutrition in managing myopathy is being studied.
48. The onset of myopathy can be mistaken for normal aging.
49. The team of specialists collaborated on the patient's myopathy treatment plan.
50. Myopathy can result in muscle wasting if not addressed.
51. Patients often share their experiences of living with myopathy online.
52. The caregiver learned about the nuances of myopathy to better assist the patient.
53. Myopathy cases can sometimes be linked to viral infections.
54. The effects of myopathy on mobility can be profound.
55. The patient’s myopathy was managed through a multidisciplinary approach.
56. Awareness campaigns aim to educate the public about myopathy.
57. The connection between myopathy and metabolic disorders is being explored.
58. Patients receive support from organizations dedicated to myopathy research.
59. The symptoms of myopathy can mimic those of other diseases.
60. The healthcare team monitored the progression of myopathy closely.
61. Myopathy can require long-term management strategies.
62. Advances in gene therapy offer hope for certain types of myopathy.
63. The physical impact of myopathy can affect mental health.
64. Understanding the different types of myopathy is crucial for treatment.
65. Some patients experience remission of their myopathy symptoms.
66. Myopathy can be exacerbated by physical inactivity.
67. The potential for myopathy to affect heart muscles is a concern.
68. Careful assessment of myopathy symptoms can lead to better outcomes.
69. The doctor explained that myopathy involves muscle fibers' pathology.
70. Myopathy can present with varying degrees of severity.
71. The patient was enrolled in a clinical trial for a new myopathy treatment.
72. The emotional toll of living with myopathy is often overlooked.
73. The role of exercise in managing myopathy is actively researched.
74. Myopathy may require adjustments in daily routines.
75. The patient expressed frustration with their myopathy diagnosis.
76. Understanding myopathy can empower patients in their treatment journey.
77. The doctor recommended a specialized diet to help with myopathy.
78. Symptoms can vary significantly between different myopathy patients.
79. The support network for myopathy patients is crucial for emotional well-being.
80. The impact of myopathy on family dynamics can be significant.
81. Ongoing education about myopathy is essential for caregivers.
82. Advances in medical technology are improving our understanding of myopathy.
83. Myopathy can lead to secondary complications if not managed.
84. The patient developed a routine to cope with their myopathy symptoms.
85. The study focused on identifying biomarkers for myopathy.
86. Peer support can be beneficial for those with myopathy.
87. Managing myopathy often involves a comprehensive care approach.
88. The relationship between myopathy and exercise is complex.
89. The patient learned about adaptive equipment to assist with myopathy.
90. Understanding the progression of myopathy can aid in planning care.
91. The emotional impact of myopathy is an important consideration for treatment.
92. The team of specialists worked collaboratively to address myopathy.
93. Myopathy may require lifestyle modifications for better management.
94. The healthcare community is increasingly aware of the challenges of myopathy.
95. The patient found solace in connecting with others who also have myopathy.
96. The implications of myopathy on overall health are still being studied.
97. The doctor emphasized the importance of regular check-ups for myopathy.
98. Myopathy can lead to a decline in physical function over time.
99. Understanding myopathy helps in advocating for better healthcare resources.
100. The journey of living with myopathy is unique for every patient.