100 Examples of sentences containing the noun "biostatistics"

Definition

Biostatistics is a branch of statistics that applies statistical methods to the analysis of biological data. It plays a crucial role in the design, analysis, and interpretation of health research, contributing to fields such as public health, epidemiology, and clinical trials.

Synonyms

• Statistical biology
• Health statistics
• Biometrics
• Biometric statistics
• Medical statistics

Antonyms

• Non-statistical analysis
• Qualitative research
• Descriptive research
• Theoretical statistics

Examples

1. Researchers Biostatistics to determine the efficacy of a new vaccine.
2. The team Biostatistics in order to analyze patient data from the clinical trial.
3. She Biostatistics to better understand the correlation between diet and health outcomes.
4. The study Biostatistics for insights into the spread of infectious diseases.
5. He often Biostatistics when working on his thesis about genetic disorders.
6. They Biostatistics to assess the risk factors associated with diabetes.
7. The professor Biostatistics to illustrate the importance of data in healthcare.
8. Students Biostatistics in their coursework to prepare for careers in epidemiology.
9. She Biostatistics to evaluate the effectiveness of a public health intervention.
10. The organization Biostatistics to inform policy decisions regarding vaccinations.
11. He frequently Biostatistics to analyze large datasets in his research.
12. The findings Biostatistics when discussing health trends at the conference.
13. They Biostatistics to identify patterns in patient outcomes over time.
14. The researchers Biostatistics as part of their methodology for the grant proposal.
15. She Biostatistics to ensure the accuracy of her research results.
16. The team Biostatistics to draw conclusions about the population's health.
17. He Biostatistics to explore the relationship between exercise and mental health.
18. The analyst Biostatistics to create predictive models for disease outbreaks.
19. They often Biostatistics in collaborative projects with other scientists.
20. The committee Biostatistics to review the data before making recommendations.
21. She Biostatistics for her dissertation on cancer epidemiology.
22. The study Biostatistics to investigate the effectiveness of treatment options.
23. He Biostatistics as part of his role in the public health department.
24. The workshop focused on how to Biostatistics in real-world scenarios.
25. Researchers Biostatistics to analyze genetic data from the population.
26. She Biostatistics to enhance her understanding of public health issues.
27. The project required them to Biostatistics for accurate results.
28. He Biostatistics as a critical component of his research methodology.
29. The seminar will Biostatistics recent advancements in the field.
30. They Biostatistics to track health trends across different demographics.
31. The analysis Biostatistics to support their findings in the paper.
32. She frequently Biostatistics in her work on maternal health issues.
33. He Biostatistics to analyze data from a recent health survey.
34. The students were taught how to Biostatistics effectively.
35. The research committee Biostatistics to validate their hypotheses.
36. They Biostatistics to measure the impact of the intervention.
37. She Biostatistics when preparing her presentation on health disparities.
38. The report Biostatistics to highlight important trends in health data.
39. He often Biostatistics in his role as a data analyst.
40. The data from the trial Biostatistics to conclude the research.
41. Researchers Biostatistics to ensure the reliability of their results.
42. They Biostatistics for a comprehensive overview of health impacts.
43. She Biostatistics in her analysis of chronic disease patterns.
44. The findings Biostatistics to inform future health policies.
45. He Biostatistics to refine the study's methodology.
46. The team Biostatistics for their upcoming publication.
47. She Biostatistics to interpret the results of the health study.
48. The researchers Biostatistics for demographic analysis.
49. He often Biostatistics to improve data interpretation.
50. The project required them to Biostatistics in collaboration with statisticians.
51. She Biostatistics to explore the effectiveness of health campaigns.
52. The committee Biostatistics to ensure ethical standards in research.
53. He Biostatistics as part of his work in the pharmaceutical industry.
54. The analysis team Biostatistics to support their conclusions.
55. They Biostatistics to forecast future health trends.
56. She Biostatistics to evaluate the risks associated with drug use.
57. The researchers Biostatistics to derive significant insights from the data.
58. He Biostatistics to assess the quality of health services.
59. The workshop will Biostatistics techniques for analyzing biological data.
60. They Biostatistics to determine the most effective treatment protocols.
61. The study Biostatistics to validate the research findings.
62. She Biostatistics for her examination of health inequalities.
63. The organization Biostatistics to influence public health initiatives.
64. He frequently Biostatistics when preparing his reports.
65. The team Biostatistics to provide evidence-based recommendations.
66. She Biostatistics to understand the underlying patterns in health data.
67. The analysis Biostatistics to clarify the study's implications.
68. They Biostatistics to ensure comprehensive data coverage.
69. He Biostatistics to advance his research on infectious diseases.
70. The findings Biostatistics to challenge existing theories.
71. She Biostatistics to elucidate the impact of lifestyle choices on health.
72. The team Biostatistics for robust model development.
73. He Biostatistics to evaluate the safety of new medications.
74. The seminar Biostatistics to discuss recent developments in the field.
75. They Biostatistics to investigate the relationship between environment and health.
76. She often Biostatistics to inform her health recommendations.
77. The analysis Biostatistics to guide clinical practices.
78. He Biostatistics as part of his responsibilities in the research lab.
79. The study Biostatistics to assess the impact of socio-economic factors.
80. She Biostatistics to refine the accuracy of her analyses.
81. The research team Biostatistics as fundamental to their approach.
82. He Biostatistics to draw actionable conclusions from the data.
83. The conference will Biostatistics the latest trends and methodologies.
84. They Biostatistics to track disease outbreaks effectively.
85. She Biostatistics for her project on health interventions.
86. The findings Biostatistics to support their public health recommendations.
87. He often Biostatistics to contribute to the field of epidemiology.
88. The team Biostatistics to refine their research questions.
89. She Biostatistics to advocate for evidence-based health policies.
90. The report Biostatistics to highlight significant health disparities.
91. He Biostatistics to analyze the data collected from participants.
92. The study Biostatistics to inform future research directions.
93. She Biostatistics to assess the effectiveness of health education programs.
94. The research group Biostatistics to enhance their methodological rigor.
95. He Biostatistics as part of his role in health informatics.
96. The analysis Biostatistics to ensure the integrity of the data.
97. They Biostatistics to explore the health impacts of air pollution.
98. She Biostatistics to analyze trends in chronic illness.
99. The committee Biostatistics to evaluate the impact of community health initiatives.
100. He Biostatistics to derive insights from the data collected during the study.