100 Examples of sentences containing the common noun "randomisation"

Definition

Randomisation refers to the process of making something random or the act of assigning subjects in a study to different groups in a way that is determined by chance. It is commonly used in research to eliminate bias and ensure that results are statistically valid.

Synonyms

• Random assignment
• Random selection
• Random sampling
• Chance assignment

Antonyms

• Systematic selection
• Deliberate assignment
• Fixed allocation
• Non-random assignment

Examples

1. The study's integrity relied on the randomisation of participants.
2. Researchers emphasized the importance of randomisation in clinical trials.
3. Proper randomisation can help reduce bias in research outcomes.
4. The randomisation process was carefully monitored to ensure fairness.
5. Randomisation is crucial for achieving valid results in experiments.
6. They implemented randomisation to enhance the credibility of their findings.
7. The researchers discussed the challenges of randomisation in their methodology.
8. Statistical software was used for the randomisation of subjects.
9. In this study, randomisation played a key role in data analysis.
10. The randomisation of samples is essential for unbiased results.
11. Randomisation helps in balancing confounding variables in experiments.
12. The team employed randomisation techniques to strengthen their study.
13. Effective randomisation can lead to more reliable conclusions.
14. The researchers highlighted the significance of randomisation in their work.
15. They faced difficulties during the randomisation phase of the trial.
16. The randomisation of groups is a standard practice in research.
17. Ethical considerations were taken into account during the randomisation process.
18. The success of the trial depended on proper randomisation.
19. Randomisation can improve the generalizability of study findings.
20. The researchers conducted a thorough review of their randomisation methods.
21. Randomisation reduces the risk of selection bias in studies.
22. They discussed the limitations of their randomisation approach.
23. The randomisation protocol was approved by the ethics committee.
24. The study utilized randomisation to allocate treatments effectively.
25. Randomisation ensures that each participant has an equal chance of selection.
26. The validity of the results was enhanced by randomisation.
27. The team reported their findings after completing the randomisation process.
28. Randomisation is a fundamental principle in experimental design.
29. The implementation of randomisation was challenging in this context.
30. The researchers were pleased with the outcomes of their randomisation strategy.
31. They provided a detailed explanation of their randomisation method.
32. Randomisation was achieved through the use of computer algorithms.
33. The randomisation of control and experimental groups was vital for the study.
34. The researchers faced ethical dilemmas during the randomisation phase.
35. They conducted a pilot study to test their randomisation procedures.
36. The randomisation process was transparent and well-documented.
37. Researchers often discuss randomisation in terms of its statistical significance.
38. The importance of randomisation cannot be overstated in clinical research.
39. They conducted extensive training on randomisation techniques for the staff.
40. The data analysis relied heavily on the principles of randomisation.
41. Randomisation allowed for unexpected results to emerge in the study.
42. The researchers ensured the randomisation was strictly adhered to in the trial.
43. Randomisation can sometimes be overlooked in smaller studies.
44. The randomisation of participants was done using a lottery system.
45. Their findings were validated by the thorough randomisation process.
46. The randomisation strategy was deemed innovative by the peer reviewers.
47. They published a paper on the effects of randomisation in social sciences.
48. The team assessed the effectiveness of their randomisation approach.
49. Randomisation is often confused with random sampling, but they are distinct.
50. The researchers used stratified randomisation to ensure diversity.
51. The success of the trial hinged on effective randomisation techniques.
52. The randomisation of variables was a key focus in their analysis.
53. Ethical guidelines were established for the randomisation process.
54. Their results suggested that randomisation improved participant engagement.
55. The randomisation method was a topic of discussion in the conference.
56. They sought to improve their randomisation procedures based on feedback.
57. The randomisation results were statistically analyzed for significance.
58. Participants were informed about the randomisation process beforehand.
59. The researchers encountered obstacles during the randomisation phase.
60. The study was praised for its rigorous randomisation methods.
61. Randomisation can help control for variables that may skew results.
62. They provided a detailed account of their randomisation challenges.
63. The randomisation process was automated to enhance efficiency.
64. Researchers debated the merits of their randomisation design.
65. The team conducted a meta-analysis to evaluate randomisation impacts.
66. The randomisation of groups was conducted in a double-blind manner.
67. They examined the long-term effects of randomisation in their research.
68. The integrity of the study was upheld by thorough randomisation.
69. Training sessions focused on the principles of randomisation.
70. The randomisation method was well-received in the academic community.
71. The researchers published their findings on the effectiveness of randomisation.
72. Their approach to randomisation was innovative and groundbreaking.
73. The results indicated that randomisation led to more accurate outcomes.
74. They used a comprehensive review to refine their randomisation strategy.
75. The randomisation process was integral to the study's methodology.
76. They highlighted the role of randomisation in reducing confounding factors.
77. Researchers must ensure that randomisation is correctly implemented.
78. The randomisation protocol was standardized across all trials.
79. Participants were randomly assigned through a process of randomisation.
80. The team noted the challenges of implementing randomisation in large studies.
81. Randomisation is a critical step in experimental research design.
82. The researchers shared their insights on randomisation at the symposium.
83. The randomisation of the control group was crucial for comparison.
84. They analyzed the impact of randomisation on participant retention.
85. The randomisation process was documented for transparency.
86. A chart was created to illustrate the steps of randomisation.
87. The study's findings were influenced by the methods of randomisation.
88. They conducted a workshop focused on the principles of randomisation.
89. The randomisation approach was adaptable to various study designs.
90. The researchers faced scrutiny regarding their randomisation methods.
91. The randomisation of participants was essential for the trial's success.
92. They considered alternative methods of randomisation for future studies.
93. The randomisation process was overseen by an independent committee.
94. The team emphasized the importance of adhering to randomisation guidelines.
95. They reported significant findings that stemmed from effective randomisation.
96. The researchers utilized advanced techniques for randomisation.
97. The randomisation procedures were audited for compliance.
98. The impact of randomisation on outcomes was discussed in the findings.
99. They evaluated the effectiveness of their randomisation strategy regularly.
100. The results reinforced the value of randomisation in research design.