100 Examples of sentences containing the common noun "tyndallization"

Definition

Tyndallization is a method of sterilization that involves heating a liquid to a temperature that kills bacteria and then allowing it to cool, repeating this process over several days. This technique is named after the scientist John Tyndall, who demonstrated its effectiveness in the late 19th century.

Synonyms

• Fractional sterilization
• Intermittent sterilization
• Tyndall's method

Antonyms

• Contamination
• Infection
• Polluting

Examples

1. The laboratory technician decided to Tyndallization the broth to ensure it was free of any spores.
2. After the Tyndallization process, the samples were deemed safe for use in experiments.
3. The professor explained how Tyndallization can prevent the growth of certain heat-resistant bacteria.
4. Researchers often rely on Tyndallization when working with nutrient-rich media.
5. The team agreed to Tyndallization the solution over three consecutive days for optimal results.
6. Tyndallization proved effective in removing unwanted microbial life from the samples.
7. It is crucial to follow proper procedures during Tyndallization to avoid contamination.
8. The method of Tyndallization allows for the preservation of heat-sensitive compounds in the liquid.
9. Understanding the principles of Tyndallization can lead to better sterilization practices.
10. Many microbiologists employ Tyndallization to ensure their cultures remain uncontaminated.
11. The research paper discussed various sterilization methods, including Tyndallization.
12. Tyndallization requires patience, as it takes several days to complete.
13. During the lab meeting, they discussed the advantages of Tyndallization over other sterilization techniques.
14. The effectiveness of Tyndallization was confirmed through various control tests.
15. They decided to Tyndallization the liquid culture as a precautionary measure.
16. A thorough understanding of Tyndallization can enhance the safety of laboratory practices.
17. The students were taught to Tyndallization their samples to prevent contamination.
18. The lab's standard operating procedures include Tyndallization as a critical step.
19. Tyndallization can be particularly useful in food preservation processes.
20. After Tyndallization, the liquid showed no signs of microbial growth.
21. The team had to Tyndallization the solution multiple times due to initial contamination.
22. Learning about Tyndallization expanded their knowledge of sterilization techniques.
23. The concept of Tyndallization is often included in microbiology courses.
24. They used Tyndallization to prepare their samples for long-term storage.
25. The effectiveness of Tyndallization can vary based on the type of bacteria present.
26. To ensure safety, they opted to Tyndallization the broth instead of using chemical sterilants.
27. After Tyndallization, the researchers were pleased with the clear results.
28. The lab required all personnel to understand the process of Tyndallization.
29. Tyndallization is essential in preventing the growth of difficult spores in cultures.
30. The technician noted that Tyndallization was a time-consuming but necessary step.
31. They experimented with different temperatures during the Tyndallization process.
32. The effectiveness of Tyndallization can be influenced by the duration of each heating cycle.
33. The microbiologist explained the rationale behind Tyndallization to the interns.
34. The team conducted a series of experiments to refine their Tyndallization technique.
35. They documented the results of Tyndallization in their lab notebook.
36. With Tyndallization, they were able to achieve a sterile environment for their work.
37. The method of Tyndallization has historical significance in microbiology.
38. The lab was equipped with the necessary tools to carry out Tyndallization effectively.
39. They relied on Tyndallization for the sterilization of their most sensitive samples.
40. The advantages of Tyndallization include its ability to preserve sensitive substances.
41. The team was excited to see the successful outcomes of their Tyndallization experiments.
42. The principle of Tyndallization can be applied in various fields beyond microbiology.
43. They had to adjust their protocols to incorporate effective Tyndallization practices.
44. The concept of Tyndallization was challenging for some students to grasp initially.
45. The microbiology lab implemented Tyndallization as part of their standard procedures.
46. The success of their project hinged on the efficacy of Tyndallization.
47. Tyndallization was highlighted as a key method in their research findings.
48. The researchers were relieved to discover that Tyndallization worked as expected.
49. They discussed the historical significance of Tyndallization in sterilization techniques.
50. Following Tyndallization, the samples were free from any viable bacteria.
51. The lab's sterilization protocol included detailed instructions on Tyndallization.
52. The students were eager to perform their first Tyndallization in the lab.
53. The researchers conducted a comparative study between Tyndallization and autoclaving.
54. Understanding the nuances of Tyndallization is critical for effective lab work.
55. They realized that Tyndallization could save time compared to other methods.
56. The principle behind Tyndallization is based on the thermal death point of bacteria.
57. The lab's success depended heavily on the proper execution of Tyndallization.
58. They were pleased with the results after performing Tyndallization.
59. The process of Tyndallization is essential for ensuring sample integrity.
60. The team celebrated the successful Tyndallization of their cultures.
61. They learned that Tyndallization could vary based on the medium used.
62. The discussion on Tyndallization sparked interest among the students.
63. They were tasked with optimizing their Tyndallization protocol for efficiency.
64. The historical experiments on Tyndallization contributed to modern sterilization methods.
65. They carefully monitored the conditions during Tyndallization to ensure success.
66. The concept of Tyndallization was introduced in their microbiology textbook.
67. The lab's commitment to quality control included strict adherence to Tyndallization.
68. After several rounds of Tyndallization, the results were finally satisfactory.
69. The team documented their Tyndallization findings for future reference.
70. Tyndallization is often preferred in situations where autoclaving isn't feasible.
71. They were excited to share their results regarding Tyndallization at the conference.
72. The effectiveness of Tyndallization was evident in the sterile results.
73. They had to refine their approach to Tyndallization after initial failures.
74. The lab's sterilization strategy included a comprehensive review of Tyndallization.
75. The students presented their findings on Tyndallization during the seminar.
76. The microbiologist's work focused on improving Tyndallization techniques.
77. They were trained to recognize the importance of Tyndallization in laboratory settings.
78. The use of Tyndallization allowed them to maintain the integrity of the samples.
79. They experimented with varying time intervals during Tyndallization.
80. The lab was known for its expertise in Tyndallization procedures.
81. The effectiveness of Tyndallization was a topic of debate among scientists.
82. They were amazed by the simplicity and effectiveness of Tyndallization.
83. The lab manual included a section dedicated to the principles of Tyndallization.
84. The results of Tyndallization were consistent across all trials conducted.
85. The technician was confident in the process of Tyndallization they followed.
86. Tyndallization can be particularly beneficial in preserving fragile compounds.
87. They found that Tyndallization was a reliable method in their research.
88. The lab's protocol emphasized the need for thorough Tyndallization.
89. They were pleased with the clarity of their samples after Tyndallization.
90. The team relied on Tyndallization to ensure the success of their experiments.
91. The microbiologist praised the advantages of using Tyndallization in the lab.
92. They recognized that Tyndallization could be a game changer in their work.
93. The effectiveness of Tyndallization in controlling bacterial growth was evident.
94. They were impressed by how well Tyndallization worked in practice.
95. Students learned to appreciate the role of Tyndallization in microbiology.
96. The lab had a reputation for excellence in Tyndallization techniques.
97. They developed a new protocol based on their experiences with Tyndallization.
98. The technique of Tyndallization was explained in detail during the lecture.
99. The researchers were eager to publish their findings on Tyndallization.
100. They concluded that Tyndallization was an essential method for their research goals.