100 Examples of sentences containing the noun "biocatalytic"

Definition

Biocatalytic refers to processes that utilize biological catalysts, such as enzymes or cells, to facilitate chemical reactions. These processes are commonly used in various fields, including biochemistry, biotechnology, and pharmaceuticals, to increase reaction rates and improve efficiency in converting substrates into products.

Synonyms

• Enzymatic
• Biological catalysis
• Biochemical catalysis

Antonyms

• Chemical catalysis
• Non-biological catalysis

Examples

1. The researchers decided to employ biocatalytic processes to enhance the reaction rate.
2. They discovered that the biocatalytic method was more efficient than traditional chemical reactions.
3. The team worked on a biocatalytic system to convert waste materials into useful products.
4. Using biocatalytic enzymes, they were able to produce biofuels from vegetable oils.
5. The biocatalytic reaction took place under mild conditions, reducing energy consumption.
6. Scientists are exploring biocatalytic pathways for synthesizing complex organic molecules.
7. The company developed a biocatalytic approach to manufacture pharmaceuticals sustainably.
8. During the experiment, the biocatalytic activity was monitored closely.
9. The biocatalytic process significantly reduced the amount of byproducts formed.
10. They found that temperature affected the biocatalytic efficiency of the enzyme.
11. The biocatalytic method is gaining popularity in green chemistry applications.
12. Researchers are studying the biocatalytic mechanisms involved in fermentation.
13. The biocatalytic system was optimized for maximum yield.
14. The team published their findings on a novel biocatalytic reaction in a scientific journal.
15. By using biocatalytic techniques, they aimed to minimize environmental impact.
16. The biocatalytic reaction was carried out in a bioreactor.
17. They encountered challenges in scaling up their biocatalytic process.
18. The biocatalytic approach allows for selective transformations in organic synthesis.
19. The researchers focused on improving the biocatalytic properties of the enzyme.
20. The biocatalytic reaction requires specific pH levels for optimal performance.
21. Scientists are exploring the role of biocatalytic enzymes in metabolic pathways.
22. The biocatalytic synthesis of fine chemicals is an area of active research.
23. In their study, they highlighted the advantages of biocatalytic methods over traditional ones.
24. The biocatalytic route proved to be more cost-effective in the long run.
25. They analyzed the kinetics of the biocatalytic reaction to understand its efficiency.
26. The biocatalytic technology is set to revolutionize the industry.
27. The researchers successfully demonstrated a biocatalytic conversion of glucose to ethanol.
28. The biocatalytic nature of the process allowed for greater specificity.
29. They conducted experiments to determine the best conditions for biocatalytic activity.
30. The biocatalytic process was patented for commercial use.
31. They are investigating the biocatalytic potential of various microorganisms.
32. The results showed that the biocatalytic system was robust and reliable.
33. The biocatalytic process can be applied to various substrates.
34. The team conducted a comparative study of biocatalytic and chemical methods.
35. The biocatalytic reaction was monitored using spectroscopic techniques.
36. They aimed to develop a more sustainable biocatalytic process for waste treatment.
37. The biocatalytic conversion was achieved within a few hours.
38. The researchers observed a significant increase in biocatalytic efficiency with enzyme mutations.
39. The biocatalytic approach aligns with principles of green chemistry.
40. They presented their findings on biocatalytic processes at an international conference.
41. The biocatalytic reaction was successfully scaled up for industrial production.
42. They evaluated the impact of temperature on the biocatalytic process.
43. The biocatalytic method is often favored for its environmental benefits.
44. They used computational models to predict biocatalytic efficiency.
45. The biocatalytic system was integrated into the production line.
46. The results confirmed the viability of the biocatalytic approach.
47. They explored the biocatalytic potential of extremophiles for industrial applications.
48. The biocatalytic process offers advantages in selectivity and yield.
49. Researchers are working to enhance the stability of biocatalytic enzymes.
50. The biocatalytic method significantly reduced reaction times.
51. The biocatalytic properties of the enzyme were characterized in detail.
52. They proposed a new biocatalytic pathway for drug synthesis.
53. The biocatalytic process was validated through rigorous testing.
54. They focused on improving the biocatalytic reaction's substrate specificity.
55. The biocatalytic application was supported by the latest scientific research.
56. The team reported a breakthrough in biocatalytic technology.
57. The biocatalytic approach is essential for sustainable chemistry practices.
58. They found that the biocatalytic reaction could be performed in one step.
59. The biocatalytic method reduced the use of harmful solvents.
60. They explored the use of immobilized enzymes in biocatalytic processes.
61. The biocatalytic system was optimized for large-scale production.
62. They aimed to develop a more efficient biocatalytic reactor design.
63. The biocatalytic reaction was shown to be highly selective.
64. They highlighted the economic advantages of biocatalytic processes.
65. The researchers documented their progress in developing a biocatalytic platform.
66. The biocatalytic reaction was enhanced by co-factors.
67. They studied the role of pH in the biocatalytic process.
68. The biocatalytic transformation exhibited high turnover numbers.
69. They proposed a novel biocatalytic strategy for bioremediation.
70. The biocatalytic process was environmentally friendly and efficient.
71. They discovered a new biocatalytic pathway for amino acid synthesis.
72. The biocatalytic method increased the yield of the desired product.
73. The team investigated the biocatalytic capabilities of various fungi.
74. The biocatalytic reaction was successful in both laboratory and field settings.
75. They emphasized the importance of biocatalytic research in sustainable development.
76. The biocatalytic process allowed for easier product purification.
77. They analyzed the biocatalytic kinetics to optimize the reaction conditions.
78. The biocatalytic reaction was characterized by high regioselectivity.
79. They sought to improve the biocatalytic efficiency through enzyme engineering.
80. The biocatalytic process is being adopted in various industries.
81. They focused on enhancing the biocatalytic stability of the enzyme.
82. The biocatalytic conversion was monitored using high-performance liquid chromatography.
83. They developed a new biocatalytic assay for enzyme activity.
84. The biocatalytic reaction proceeded smoothly under specific conditions.
85. They are investigating alternative substrates for biocatalytic reactions.
86. The biocatalytic efficiency was significantly improved with enzyme modifications.
87. The biocatalytic process demonstrated great promise for bioplastics production.
88. They reported their findings on biocatalytic applications in renewable energy.
89. The biocatalytic reaction was optimized for industrial scalability.
90. They conducted studies to determine the limits of biocatalytic efficiency.
91. The biocatalytic approach is key to reducing waste in chemical manufacturing.
92. They explored the commercial potential of their biocatalytic discovery.
93. The biocatalytic reaction was carried out under anaerobic conditions.
94. They reported on the advances in biocatalytic technologies in a recent publication.
95. The biocatalytic method provided a more sustainable alternative to conventional processes.
96. They designed a new biocatalytic reactor to improve yield.
97. The biocatalytic process was validated through extensive testing.
98. They emphasized the role of biocatalytic enzymes in synthetic biology.
99. The biocatalytic reaction was completed in a matter of hours.
100. They are researching the integration of biocatalytic systems into existing processes.