100 Examples of sentences containing the common noun "plethysmography"

Definition

Plethysmography is a medical and physiological measurement technique used to assess changes in volume within an organ or whole body, often in relation to blood flow, air flow, or tissue density. It is commonly used to measure the volume of blood in a limb, respiratory function, or the overall body composition.

Synonyms

• Volume measurement
• Blood flow measurement
• Body composition analysis
• Respiratory monitoring

Antonyms

• Dehydration
• Deflation
• Contraction

Examples

1. The doctor decided to perform plethysmography to analyze the patient's blood flow.
2. Researchers frequently use plethysmography to study respiratory patterns.
3. Before the procedure, the technician explained how plethysmography works.
4. The results of the plethysmography indicated a significant increase in blood volume.
5. Plethysmography is essential for diagnosing certain cardiovascular conditions.
6. The patient was nervous about undergoing plethysmography for the first time.
7. In clinical trials, plethysmography helped to validate the efficacy of the new drug.
8. The team used plethysmography to monitor changes in lung capacity.
9. Plethysmography can provide accurate data about vascular health.
10. The study utilized plethysmography to record fluctuations in tissue volume.
11. By using plethysmography, the researchers gathered crucial data on patient responses.
12. The technician calibrated the device before starting the plethysmography test.
13. Plethysmography measurements were taken at regular intervals.
14. The use of plethysmography in pediatrics has shown promising results.
15. Patients are often referred for plethysmography after an initial examination.
16. The efficacy of plethysmography in sports medicine cannot be understated.
17. Plethysmography revealed abnormal blood flow patterns in the patient.
18. The new method of plethysmography is less invasive than traditional techniques.
19. The team published their findings on plethysmography in a leading medical journal.
20. The clinic specializes in plethysmography and other diagnostic tests.
21. Plethysmography has become a standard procedure in many hospitals.
22. The doctor recommended plethysmography to evaluate the patient’s vascular function.
23. Plethysmography can help in assessing the severity of certain diseases.
24. During the plethysmography test, the patient was asked to remain still.
25. The results obtained from plethysmography were used to create a treatment plan.
26. Plethysmography is often combined with imaging techniques for better accuracy.
27. The technician explained that plethysmography would take about 30 minutes.
28. After the plethysmography test, the doctor discussed the next steps.
29. Plethysmography is particularly useful in understanding respiratory disorders.
30. The data gathered through plethysmography was pivotal for the research.
31. A follow-up appointment was scheduled to review the plethysmography results.
32. The patient expressed concerns about the plethysmography procedure.
33. Plethysmography can help track changes over time in chronic conditions.
34. The results from the plethysmography were consistent with other tests.
35. Plethysmography is used in both clinical and research settings.
36. The hospital invested in advanced plethysmography equipment.
37. Training on plethysmography was provided to all new staff.
38. The patient felt comfortable during the plethysmography session.
39. Accurate plethysmography readings are essential for diagnosis.
40. The study aimed to evaluate the effectiveness of plethysmography in detecting issues.
41. Plethysmography can be an important tool in sports science.
42. The team was excited to share their findings related to plethysmography.
43. Variations in the plethysmography readings raised some concerns.
44. The medical team relied on plethysmography for precise measurements.
45. Plethysmography can be used to assess the impact of therapies.
46. The patient was educated about the importance of plethysmography.
47. The test results from plethysmography were shared with the specialist.
48. Plethysmography is a non-invasive way to gather important health data.
49. The clinic's focus on plethysmography has improved patient outcomes.
50. The plethysmography technique has evolved over the years.
51. The doctor explained how plethysmography could aid in diagnosis.
52. Anomalies detected during plethysmography warranted further investigation.
53. The success of the treatment plan depended on accurate plethysmography results.
54. The patient was relieved that plethysmography was not painful.
55. The team published their plethysmography methodology for others to follow.
56. Plethysmography has proven to be a reliable measurement technique.
57. The results of the plethysmography were compared with previous data.
58. Advanced software allows for more precise plethysmography analysis.
59. Plethysmography may be used in conjunction with other diagnostic methods.
60. The healthcare provider emphasized the importance of plethysmography in treatment.
61. The results of the plethysmography test were promising.
62. The technician was well-trained in conducting plethysmography.
63. Plethysmography has a wide range of applications in medicine.
64. The patient was asked if they had any questions before the plethysmography.
65. Plethysmography can help assess the effectiveness of lifestyle changes.
66. The findings from plethysmography were presented at the medical conference.
67. The doctor recommended a follow-up plethysmography to monitor progress.
68. Plethysmography can help in identifying respiratory issues early.
69. The accuracy of plethysmography can depend on proper technique.
70. The patient's anxiety about plethysmography was alleviated by the staff.
71. Plethysmography is essential for understanding circulation issues.
72. The data from plethysmography were integrated into the patient's health record.
73. The research team utilized plethysmography to gather preliminary data.
74. Plethysmography can indicate the need for further testing.
75. The results of the plethysmography were discussed in the team meeting.
76. The patient was instructed on how to prepare for the plethysmography test.
77. Plethysmography can provide insights into heart function.
78. Advances in technology have enhanced plethysmography accuracy.
79. The clinician explained how plethysmography could assist in treatment planning.
80. The patient was relieved to learn that plethysmography was quick and easy.
81. Plethysmography is gaining traction in various medical fields.
82. The technician performed the plethysmography with precision.
83. Plethysmography results can help tailor individual treatment approaches.
84. The hospital offers a variety of plethysmography services.
85. After the plethysmography, the patient felt reassured by the results.
86. Plethysmography can help monitor disease progression over time.
87. The procedure for plethysmography was clearly outlined for the patient.
88. The research demonstrated the utility of plethysmography in clinical practice.
89. The plethysmography data were analyzed to draw meaningful conclusions.
90. The patient's experience during plethysmography was positive.
91. The hospital staff ensured that the plethysmography equipment was sterile.
92. Plethysmography can reveal important information about vascular integrity.
93. The use of plethysmography has expanded in recent years.
94. The doctor explained the implications of the plethysmography findings.
95. The plethysmography test was an integral part of the assessment.
96. The results of the plethysmography helped in making a timely diagnosis.
97. The patient's family was educated about the plethysmography procedure.
98. Plethysmography was utilized to track the patient's recovery process.
99. The healthcare provider recommended plethysmography for further evaluation.
100. The team was eager to collaborate on plethysmography research initiatives.