100 Examples of sentences containing the common noun "lyophilization cycle"

Definition

The "Lyophilization Cycle" refers to a series of stages involved in the freeze-drying process, where a substance, often biological or pharmaceutical, is frozen and then subjected to a vacuum to remove moisture. This cycle typically involves three main phases: freezing, primary drying (sublimation), and secondary drying (desorption). The purpose of the lyophilization cycle is to preserve the material's structure and function by removing water without causing damage.

Synonyms

• Freeze-drying process
• Sublimation drying
• Lyophilization process

Antonyms

• Hydration
• Rehydration
• Moisture addition

Examples

1. The researchers initiated the lyophilization cycle to preserve the sensitive protein samples.
2. By optimizing the lyophilization cycle, we achieved better yield and purity of the final product.
3. The lyophilization cycle involves careful temperature control to ensure proper drying.
4. We must monitor the lyophilization cycle closely to prevent degradation of the materials.
5. The pharmaceutical company invested in advanced technology to enhance the lyophilization cycle.
6. Each component of the lyophilization cycle plays a crucial role in maintaining the integrity of the drug.
7. The lyophilization cycle can be adjusted based on the specific properties of the substance being dried.
8. After completing the lyophilization cycle, the samples were stored under controlled conditions.
9. Understanding the lyophilization cycle is essential for developing effective preservation methods.
10. The team conducted experiments to optimize the lyophilization cycle for their new vaccine.
11. The lyophilization cycle must be validated to meet regulatory standards.
12. We recorded data from each lyophilization cycle to analyze the results effectively.
13. During the lyophilization cycle, the pressure within the chamber is significantly reduced.
14. The quality of the product is directly influenced by the parameters set during the lyophilization cycle.
15. The research paper detailed the findings from the modified lyophilization cycle.
16. It is critical to maintain a consistent lyophilization cycle to achieve reproducible results.
17. The lyophilization cycle can vary depending on the materials being processed.
18. Scientists are exploring new methods to shorten the lyophilization cycle time.
19. Our lab focuses on improving the efficiency of the lyophilization cycle for biopharmaceuticals.
20. The efficacy of the drug was tested post lyophilization cycle to ensure stability.
21. Each lyophilization cycle requires meticulous planning and execution.
22. The lyophilization cycle was completed successfully, resulting in high-quality products.
23. Variations in the lyophilization cycle can affect the shelf life of the final product.
24. The researchers observed changes in the material during the lyophilization cycle.
25. A comprehensive study was conducted on the lyophilization cycle of various enzymes.
26. The lyophilization cycle is vital for preserving heat-sensitive compounds.
27. Adjusting the parameters of the lyophilization cycle led to improved outcomes.
28. The team documented every step of the lyophilization cycle for future reference.
29. The lyophilization cycle can be tailored to meet specific industry requirements.
30. Our findings highlight the importance of the lyophilization cycle in drug formulation.
31. Each phase of the lyophilization cycle must be optimized for the best results.
32. The development of the lyophilization cycle was a breakthrough in preservation technology.
33. The duration of the lyophilization cycle can influence the physical properties of the sample.
34. We encountered challenges during the lyophilization cycle that required troubleshooting.
35. The lyophilization cycle was monitored closely for any deviations from the standard protocol.
36. Innovations in the lyophilization cycle have led to faster processing times.
37. The lyophilization cycle was adjusted to accommodate the unique characteristics of the material.
38. Our lab achieved a milestone by successfully completing the lyophilization cycle for a complex formulation.
39. By analyzing the lyophilization cycle, we were able to identify key factors affecting efficiency.
40. The study focused on the effects of temperature variations during the lyophilization cycle.
41. The lyophilization cycle is crucial for the long-term storage of biological samples.
42. We implemented new software to track the lyophilization cycle data in real-time.
43. The lyophilization cycle must be conducted in a controlled environment to avoid contamination.
44. Feedback from the previous lyophilization cycle was used to improve the current process.
45. The lyophilization cycle is a critical component in the production of many vaccines.
46. Our team is dedicated to refining the lyophilization cycle for enhanced product stability.
47. The results of the lyophilization cycle were published in a leading scientific journal.
48. We explored different drying methods to optimize the lyophilization cycle.
49. The lyophilization cycle can be influenced by the concentration of the solution being dried.
50. Monitoring the humidity levels during the lyophilization cycle is essential for success.
51. The lyophilization cycle was interrupted, requiring a thorough investigation of the cause.
52. Each lyophilization cycle is unique to the material properties and desired outcomes.
53. By streamlining the lyophilization cycle, we reduced production costs significantly.
54. The lyophilization cycle must be carefully controlled to prevent ice crystal formation.
55. We performed a detailed analysis of the lyophilization cycle to enhance our understanding.
56. The lyophilization cycle can help in creating lightweight and portable pharmaceutical products.
57. Our lab specializes in developing protocols for the lyophilization cycle of sensitive compounds.
58. The efficiency of the lyophilization cycle has a direct impact on manufacturing timelines.
59. A successful lyophilization cycle requires collaboration between multiple departments.
60. The lyophilization cycle is often used in the food industry to preserve nutrients.
61. We observed unexpected results during the lyophilization cycle that prompted further investigation.
62. The lyophilization cycle is essential for ensuring the longevity of biological materials.
63. Understanding the principles behind the lyophilization cycle is crucial for researchers.
64. The lyophilization cycle can significantly prolong the shelf life of sensitive products.
65. We have implemented best practices for the lyophilization cycle to enhance quality control.
66. The lyophilization cycle requires precise calibration of the drying equipment.
67. Adjustments to the lyophilization cycle were necessary to accommodate the new formulation.
68. The team conducted a workshop on the lyophilization cycle for new employees.
69. The lyophilization cycle is a complex process that requires thorough documentation.
70. Variability in the lyophilization cycle can lead to inconsistent product quality.
71. The lyophilization cycle was successfully completed, allowing for further testing.
72. The development of new technologies has improved the lyophilization cycle significantly.
73. Each lyophilization cycle is tailored to the specific needs of the product being developed.
74. We are currently researching the impact of pressure changes during the lyophilization cycle.
75. The lyophilization cycle was designed to minimize thermal stress on the samples.
76. Results from the last lyophilization cycle indicated a need for parameter adjustments.
77. The lyophilization cycle is often employed in the biopharmaceutical industry to stabilize proteins.
78. Our lab has a dedicated team focused solely on optimizing the lyophilization cycle.
79. The lyophilization cycle was completed ahead of schedule, allowing for timely product release.
80. The process of the lyophilization cycle can vary based on the scale of production.
81. Understanding the lyophilization cycle is essential for optimizing product formulations.
82. We are currently collaborating with experts to improve the lyophilization cycle efficiency.
83. The lyophilization cycle aims to remove moisture without compromising the product's properties.
84. After several trials, we established an ideal lyophilization cycle for our samples.
85. The research team is focused on understanding the dynamics of the lyophilization cycle.
86. The lyophilization cycle allows for the preservation of active ingredients in pharmaceuticals.
87. We have documented every lyophilization cycle to ensure compliance with industry standards.
88. The lyophilization cycle significantly contributes to the overall stability of the product.
89. Innovations in the lyophilization cycle have revolutionized the preservation of biological samples.
90. The lyophilization cycle was extended to improve the drying efficiency of the materials.
91. We analyzed the effects of various solvents on the lyophilization cycle.
92. The lyophilization cycle is a critical factor in the development of new drug formulations.
93. By refining the lyophilization cycle, we achieved a higher recovery rate of the active compound.
94. The lyophilization cycle requires a thorough understanding of the materials involved.
95. Each lyophilization cycle produced consistent and reproducible results.
96. The lyophilization cycle was optimized for the preservation of delicate biological specimens.
97. We are currently evaluating the impact of different pH levels during the lyophilization cycle.
98. The lyophilization cycle is essential for creating products that are stable at room temperature.
99. Understanding the nuances of the lyophilization cycle can lead to significant advancements in the field.
100. The successful implementation of the lyophilization cycle has paved the way for new applications in medicine.