100 Examples of sentences containing the common noun "sickle cell"

Definition

"Sickle-Cell" refers to a type of genetic disorder known as sickle-cell disease (SCD), characterized by the production of abnormal hemoglobin, leading to the distortion of red blood cells into a sickle or crescent shape. This condition can result in various health complications, including anemia, pain crises, and increased risk of infections. The term can also refer to the sickle-cell trait, where an individual carries one copy of the sickle-cell gene but typically does not exhibit symptoms of the disease.

Synonyms

• Sickle-Cell Disease
• Sickle-Cell Anemia
• Sickle Cell Disorder

Antonyms

• Normal Hemoglobin
• Healthy Red Blood Cells

Examples

1. The doctor explained how the sickle-cell trait can be inherited.
2. Patients with sickle-cell disease often experience severe pain.
3. Researchers are studying new treatments for sickle-cell anemia.
4. Understanding sickle-cell genetics is crucial for proper diagnosis.
5. The sickle-cell crisis can occur without warning.
6. Many organizations are raising awareness about sickle-cell disorders.
7. Blood transfusions can help manage sickle-cell symptoms.
8. The prevalence of sickle-cell disease is higher in certain populations.
9. Genetic counseling is recommended for families with sickle-cell history.
10. The effects of sickle-cell disease can vary widely among individuals.
11. Some people with the sickle-cell trait may not know they carry it.
12. Sickle-cell disease can lead to complications in pregnancy.
13. Proper hydration can help alleviate sickle-cell pain.
14. The sickle-cell mutation offers some resistance to malaria.
15. Advances in gene therapy are showing promise for sickle-cell treatment.
16. Sickle-cell patients often require lifelong medical care.
17. Awareness campaigns about sickle-cell are vital for early detection.
18. The sickle-cell gene can be tested through a simple blood test.
19. Complications from sickle-cell disease can affect multiple organs.
20. The sickle-cell community is advocating for better healthcare access.
21. Education about sickle-cell is crucial in affected regions.
22. The sickle-cell trait is more common in individuals of African descent.
23. Pain management strategies are essential for sickle-cell patients.
24. The sickle-cell disease can significantly impact quality of life.
25. Many athletes with the sickle-cell trait manage their health effectively.
26. The genetic basis of sickle-cell disease is well understood.
27. Research on sickle-cell therapies is ongoing and promising.
28. Some children with sickle-cell disease may need to miss school.
29. The sickle-cell trait does not usually require treatment.
30. Vaccinations are important for people with sickle-cell disease.
31. The sickle-cell crisis can be triggered by extreme temperatures.
32. Early intervention can improve outcomes for sickle-cell patients.
33. The sickle-cell population faces unique health challenges.
34. Support groups for sickle-cell patients can provide valuable resources.
35. The sickle-cell gene affects red blood cell shape and function.
36. Sickle-cell disease is often diagnosed in childhood.
37. The sickle-cell trait may provide some evolutionary advantages.
38. Some sickle-cell patients find relief through alternative therapies.
39. The impact of sickle-cell disease can extend to family members.
40. Public health initiatives aim to reduce the incidence of sickle-cell disease.
41. The sickle-cell community is vibrant and supportive.
42. Understanding the symptoms of sickle-cell disease is important for caregivers.
43. The sickle-cell trait can be passed down through generations.
44. Many universities offer scholarships for students with sickle-cell disease.
45. The sickle-cell foundation advocates for research funding.
46. Potential employers should be educated about sickle-cell health issues.
47. The challenges of living with sickle-cell disease are often underestimated.
48. The sickle-cell crisis can lead to hospitalizations.
49. Individuals with the sickle-cell trait can lead normal lives.
50. The sickle-cell gene is a focus of genetic research.
51. Many sickle-cell patients benefit from a multidisciplinary care approach.
52. The sickle-cell community often shares personal stories of resilience.
53. The genetic mutation responsible for sickle-cell is located on chromosome 11.
54. Proper nutrition plays a role in managing sickle-cell disease.
55. The sickle-cell trait is not a disease, but a genetic condition.
56. Some sickle-cell patients experience frequent doctor visits.
57. The sickle-cell disease can affect personal and professional relationships.
58. Education on sickle-cell disease is crucial for schools and workplaces.
59. Many sickle-cell patients find comfort in connecting with others.
60. The sickle-cell mutation is believed to have originated in Africa.
61. The sickle-cell crisis can be exacerbated by dehydration.
62. Genetic testing for sickle-cell can inform family planning decisions.
63. The sickle-cell disease can lead to life-threatening complications.
64. Support from family and friends is vital for those with sickle-cell disease.
65. The sickle-cell trait may go undetected for many years.
66. The sickle-cell community often participates in fundraising events.
67. Learning about sickle-cell disease can empower patients.
68. Many sickle-cell patients advocate for research and awareness.
69. The sickle-cell trait can provide resistance to severe malaria.
70. The sickle-cell gene pool can vary by geographical area.
71. Healthcare providers need to be educated about sickle-cell management.
72. Living with sickle-cell disease requires ongoing support.
73. The sickle-cell trait has implications for blood donation.
74. The sickle-cell disease can cause chronic fatigue.
75. The sickle-cell crisis can be a painful experience.
76. Awareness of sickle-cell disease is growing internationally.
77. Many sickle-cell patients require specialized care.
78. Community engagement is important for sickle-cell education.
79. The sickle-cell treatment landscape is rapidly evolving.
80. Families affected by sickle-cell disease often seek support networks.
81. The sickle-cell trait can influence athletic performance.
82. Research into sickle-cell gene editing offers new hope.
83. The sickle-cell community often faces stigma and misunderstanding.
84. The sickle-cell disease can be managed with proper care.
85. Many sickle-cell patients are active in advocacy work.
86. Genetic factors play a significant role in sickle-cell disease.
87. Sickle-cell disease can have a profound emotional impact.
88. The sickle-cell trait can affect blood oxygen levels.
89. The sickle-cell gene is a topic of interest in medical research.
90. The sickle-cell community has made great strides in awareness.
91. Many sickle-cell patients utilize pain management strategies.
92. The sickle-cell disease requires a comprehensive treatment plan.
93. Genetic counseling can help families understand sickle-cell risks.
94. The sickle-cell crisis can lead to emergency medical interventions.
95. There are various support resources available for sickle-cell patients.
96. The sickle-cell trait may affect how individuals respond to exercise.
97. The sickle-cell disease is a significant public health concern.
98. Many sickle-cell patients share their experiences through storytelling.
99. The sickle-cell trait can influence reproductive choices.
100. Living with sickle-cell disease can be challenging, but support is available.