Ablation in a sentence

December 4, 2023 example sentences
  1. The surgeon performed an ablation to remove the abnormal tissue from the patient’s liver.
  2. Ablation therapy is commonly used to treat certain types of cardiac arrhythmias.
  3. The laser was utilized for tissue ablation in the dermatological procedure.
  4. The spacecraft experienced ablation during re-entry, shedding its heat shield.
  5. The doctor recommended an ablation procedure to treat the patient’s uterine fibroids.
  6. Ablation of the tumor was successful, and the patient’s condition improved.
  7. The ice ablation process is crucial for understanding glacier dynamics.
  8. Ablation technology is advancing, providing more precise and less invasive treatment options.
  9. Ablation is used in space exploration to protect spacecraft from intense heat during atmospheric re-entry.
  10. The cardiac catheterization involved radiofrequency ablation to correct the abnormal heart rhythm.
  11. Ablation of the damaged area helped alleviate the patient’s chronic pain.
  12. The glacier’s ablation zone experiences melting and loss of ice during warmer seasons.
  13. The surgeon carefully monitored the ablation process to ensure optimal results.
  14. Ablation procedures have become increasingly common in the field of interventional cardiology.
  15. The laser ablation technique is used for precise removal of tumors in neurosurgery.
  16. Ablation therapy is a promising treatment for certain types of cancer.
  17. The ablation of the spacecraft’s heat shield protected it from the intense heat of re-entry.
  18. Ablation is often used in the treatment of abnormal tissue growth in the lungs.
  19. The physician recommended an ablation procedure to address the patient’s irregular heartbeat.
  20. During the ablation process, the doctor carefully targeted and removed the problematic tissue.
  21. Ablation is a key process in understanding the dynamics of ice sheets and glaciers.
  22. The radiofrequency ablation successfully corrected the electrical abnormalities in the heart.
  23. Ablation techniques vary depending on the type and location of the tissue being treated.
  24. The glacier’s ablation rates were studied to assess the impact of climate change.
  25. Ablation technology has revolutionized the treatment of certain medical conditions.
  26. The ablation of the damaged part of the liver improved the patient’s overall health.
  27. The spacecraft’s heat shield underwent ablation as it re-entered the Earth’s atmosphere.
  28. Ablation is a crucial step in the process of removing tumors through surgery.
  29. The ablation therapy effectively eliminated the abnormal tissue in the patient’s kidney.
  30. Scientists study the ablation of Antarctic ice to understand the effects of climate change.
  31. Ablation procedures have significantly improved outcomes in the treatment of cardiac arrhythmias.
  32. The dermatologist recommended laser ablation to remove the patient’s skin lesion.
  33. Ablation is a common technique in geology to understand the erosional processes shaping landscapes.
  34. The patient experienced relief after undergoing an ablation to treat chronic pain.
  35. Ablation techniques are constantly evolving, offering more precise and targeted treatments.
  36. The ablation of the spacecraft’s heat shield was carefully engineered to withstand re-entry forces.
  37. Ablation is a vital component of cardiac electrophysiology procedures.
  38. The doctor explained the benefits of using ablation to treat the patient’s abnormal tissue growth.
  39. The laser ablation procedure removed the patient’s skin blemish with minimal scarring.
  40. Ablation therapy is often recommended for patients with certain types of tumors.
  41. Researchers use ablation techniques to study the effects of atmospheric re-entry on spacecraft.
  42. The surgeon performed an ablation to remove the cancerous cells from the patient’s liver.
  43. Ablation procedures have become a standard treatment for certain cardiac conditions.
  44. The glacier’s ablation zone is particularly vulnerable to the effects of rising temperatures.
  45. Ablation techniques are employed in the treatment of various medical conditions.
  46. The successful ablation of the spacecraft’s heat shield ensured a safe re-entry.
  47. Ablation technology has made significant advancements in the field of medical science.
  48. The cardiac ablation procedure corrected the irregular heart rhythm in the patient.
  49. Ablation is commonly used in space exploration to protect spacecraft during atmospheric entry.
  50. The surgeon used ablation to remove the damaged tissue from the patient’s lung.
  51. Ablation therapy is an effective treatment for certain types of heart rhythm disorders.
  52. The ablation process played a crucial role in the spacecraft’s safe return to Earth.
  53. Ablation is used in the treatment of various skin conditions, such as warts and moles.
  54. The glacier’s ablation rates were studied to assess the impact of climate change on ice masses.
  55. Ablation procedures are chosen based on the specific characteristics of the tissue being treated.
  56. The ablation of the tumor allowed the patient to experience significant relief from pain.
  57. Ablation therapy has become a standard approach in the management of certain cardiac conditions.
  58. The ablation of the heat shield protected the spacecraft during its descent through the atmosphere.
  59. Ablation technology is continuously advancing, leading to improved outcomes in medical treatments.
  60. The doctor recommended an ablation procedure to address the patient’s abnormal tissue growth.
  61. Ablation is a critical process in the study of glaciology and ice dynamics.
  62. The successful ablation of the spacecraft’s heat shield ensured a controlled re-entry.
  63. Ablation therapy is considered a minimally invasive approach to treating certain medical conditions.
  64. The glacier’s ablation zone is susceptible to changes in climate and temperature.
  65. Ablation procedures are tailored to the specific needs and conditions of individual patients.
  66. The cardiac ablation procedure successfully restored the normal rhythm of the patient’s heart.
  67. Ablation technology has significantly improved the precision and effectiveness of medical treatments.
  68. The doctor explained the benefits and risks of undergoing an ablation to the patient.
  69. Ablation techniques are employed in various medical specialties, including cardiology and dermatology.
  70. The glacier’s ablation rates are closely monitored to understand the impact of climate change on ice sheets.
  71. Ablation therapy is recommended for patients with certain types of liver tumors.
  72. The laser ablation technique allowed for precise removal of the patient’s skin lesion.
  73. Ablation is a critical factor in the study of space exploration and atmospheric re-entry.
  74. The cardiac ablation procedure was successful in eliminating the abnormal electrical signals in the heart.
  75. Ablation technology has become an essential tool in the treatment of certain gynecological conditions.
  76. The glacier’s ablation rates provide valuable data for climate scientists studying ice dynamics.
  77. Ablation procedures are often performed using advanced medical imaging techniques for precision.
  78. The surgeon used ablation to remove the abnormal tissue growth from the patient’s kidney.
  79. Ablation therapy is a preferred option for patients with certain types of irregular heart rhythms.
  80. The spacecraft’s heat shield underwent ablation to dissipate the intense heat during re-entry.
  81. Ablation is commonly used in the treatment of uterine fibroids to alleviate symptoms.
  82. The laser ablation procedure removed the patient’s skin lesion without causing significant scarring.
  83. Ablation techniques are continuously refined to improve outcomes and minimize side effects.
  84. The ablation of the tumor significantly improved the patient’s quality of life.
  85. Ablation therapy is a valuable option for patients with certain types of kidney tumors.
  86. The glacier’s ablation rates provide insights into the impact of climate change on ice masses.
  87. Ablation procedures are tailored to the unique characteristics of each patient’s condition.
  88. The cardiac ablation procedure corrected the irregular heart rhythm, leading to improved cardiac function.
  89. Ablation technology is widely used in medical specialties such as oncology and cardiology.
  90. The surgeon explained the benefits and potential risks of undergoing an ablation to the patient.
  91. Ablation is a key factor in understanding the behavior of comets during their approach to the sun.
  92. The successful ablation of the spacecraft’s heat shield allowed for a safe re-entry.
  93. Ablation therapy is considered a less invasive alternative to traditional surgical procedures.
  94. The glacier’s ablation zone is particularly susceptible to changes in climate and temperature.
  95. Ablation procedures are performed by skilled medical professionals using specialized equipment.
  96. The cardiac ablation procedure restored normal electrical conduction in the patient’s heart.
  97. Ablation technology has significantly improved the precision and effectiveness of medical interventions.
  98. The surgeon recommended an ablation procedure to treat the patient’s abnormal tissue growth.
  99. Ablation is a critical process in the study of atmospheric entry for space vehicles.
  100. Ablation therapy is often used in the management of certain types of liver tumors.
  101. The successful ablation of the tumor improved the patient’s overall health.
  102. Ablation techniques are employed in the treatment of various skin conditions, including skin cancer.
  103. The glacier’s ablation rates provide crucial information for climate scientists studying ice dynamics.
  104. Ablation therapy is recommended for patients with certain types of cardiac arrhythmias.
  105. The laser ablation technique allowed for precise removal of the patient’s skin lesion.
  106. Ablation is commonly used in space exploration to protect spacecraft during atmospheric re-entry.
  107. The cardiac ablation procedure corrected the abnormal heart rhythm in the patient.
  108. Ablation technology has revolutionized the treatment of certain medical conditions.
  109. The ablation of the spacecraft’s heat shield was carefully engineered to withstand re-entry forces.
  110. Ablation is often used in the treatment of various skin conditions, such as warts and moles.
  111. The glacier’s ablation rates were studied to assess the impact of climate change on ice masses.
  112. Ablation procedures are chosen based on the specific characteristics of the tissue being treated.
  113. The ablation process played a crucial role in the spacecraft’s safe return to Earth.
  114. Ablation therapy has become a standard approach in the management of certain cardiac conditions.
  115. The ablation of the heat shield protected the spacecraft during its descent through the atmosphere.
  116. Ablation technology is continuously advancing, leading to improved outcomes in medical treatments.
  117. The doctor recommended an ablation procedure to address the patient’s abnormal tissue growth.
  118. Ablation is a critical process in the study of glaciology and ice dynamics.
  119. The successful ablation of the spacecraft’s heat shield ensured a controlled re-entry.
  120. Ablation therapy is considered a minimally invasive approach to treating certain medical conditions.
  121. The glacier’s ablation zone is susceptible to changes in climate and temperature.
  122. Ablation procedures are tailored to the specific needs and conditions of individual patients.
  123. The cardiac ablation procedure successfully restored the normal rhythm of the patient’s heart.
  124. Ablation technology has significantly improved the precision and effectiveness of medical treatments.
  125. The doctor explained the benefits and risks of undergoing an ablation to the patient.
  126. Ablation techniques are employed in various medical specialties, including cardiology and dermatology.
  127. The glacier’s ablation rates are closely monitored to understand the impact of climate change on ice sheets.
  128. Ablation therapy is recommended for patients with certain types of liver tumors.
  129. The laser ablation technique allowed for precise removal of the patient’s skin lesion.
  130. Ablation is a critical factor in the study of space exploration and atmospheric re-entry.
  131. The cardiac ablation procedure was successful in eliminating the abnormal electrical signals in the heart.
  132. Ablation technology has become an essential tool in the treatment of certain gynecological conditions.
  133. The glacier’s ablation rates provide valuable data for climate scientists studying ice dynamics.
  134. Ablation procedures are often performed using advanced medical imaging techniques for precision.
  135. The surgeon used ablation to remove the abnormal tissue growth from the patient’s kidney.
  136. Ablation therapy is a preferred option for patients with certain types of irregular heart rhythms.
  137. The spacecraft’s heat shield underwent ablation to dissipate the intense heat during re-entry.
  138. Ablation is commonly used in the treatment of uterine fibroids to alleviate symptoms.
  139. The laser ablation procedure removed the patient’s skin lesion without causing significant scarring.
  140. Ablation techniques are continuously refined to improve outcomes and minimize side effects.
  141. The ablation of the tumor significantly improved the patient’s quality of life.
  142. Ablation therapy is a valuable option for patients with certain types of kidney tumors.
  143. The glacier’s ablation rates provide insights into the impact of climate change on ice masses.
  144. Ablation procedures are tailored to the unique characteristics of each patient’s condition.
  145. The cardiac ablation procedure corrected the irregular heart rhythm, leading to improved cardiac function.
  146. Ablation technology is widely used in medical specialties such as oncology and cardiology.
  147. The surgeon explained the benefits and potential risks of undergoing an ablation to the patient.
  148. Ablation is a key factor in understanding the behavior of comets during their approach to the sun.
  149. The successful ablation of the spacecraft’s heat shield allowed for a safe re-entry.
  150. Ablation therapy is considered a less invasive alternative to traditional surgical procedures.

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