Amidases example sentences

"Amidases" Example Sentences

1. Amidases play a crucial role in bacterial cell wall synthesis.
2. The research focused on the novel properties of microbial amidases.
3. Several amidases are currently being investigated for their therapeutic potential.
4. Enzyme kinetics studies revealed unexpected substrate specificity in these amidases.
5. Industrial applications of amidases are expanding rapidly.
6. The purification of amidases proved challenging due to their instability.
7. Genetic engineering is used to improve the efficiency of amidases.
8. We observed significant differences in the activity of various amidases.
9. High-throughput screening identified promising new amidases.
10. The mechanism of action of these amidases remains unclear.
11. Amidases are involved in a wide range of biological processes.
12. Further research is needed to explore the potential of amidases in medicine.
13. The study compared the catalytic activity of different types of amidases.
14. Inhibition of amidases could be a novel therapeutic strategy.
15. Understanding amidases is essential for developing new antibiotics.
16. The expression levels of amidases varied depending on growth conditions.
17. Structural studies provided insights into the active site of these amidases.
18. Amidases, along with other enzymes, contribute to nutrient cycling.
19. Mutations in the genes encoding amidases can lead to disease.
20. The team successfully cloned and expressed several new amidases.
21. Researchers are exploring the use of amidases in bioremediation.
22. The stability of amidases under various conditions was assessed.
23. Novel amidases were discovered using metagenomic approaches.
24. Amidases are also important in the industrial production of chemicals.
25. The optimization of amidases for industrial use is an active area of research.
26. Different types of amidases exhibit different pH optima.
27. The substrate specificity of these amidases was determined using various assays.
28. These amidases are being investigated for their potential as biosensors.
29. The development of specific inhibitors for amidases is a significant challenge.
30. Computational modeling helped predict the structure of novel amidases.
31. The role of amidases in pathogenesis is being actively studied.
32. This review summarizes the current understanding of microbial amidases.
33. Future studies will focus on the engineering of more efficient amidases.
34. The use of amidases in various industrial processes is increasing.
35. Several patents have been filed on the use of novel amidases.
36. The discovery of new amidases has opened up new possibilities in biotechnology.
37. This innovative approach utilizes amidases for sustainable manufacturing.
38. The identification of key residues in amidases is crucial for rational design.
39. We hypothesize that these amidases play a role in antibiotic resistance.
40. The study demonstrated the potential of amidases for targeted drug delivery.
41. Improved understanding of amidases will facilitate the design of new drugs.
42. Applications of amidases in food technology are also being explored.
43. Further characterization of these amidases is necessary to fully understand their function.
44. These findings highlight the diversity and importance of bacterial amidases.
45. The regulation of amidases is a complex process involving multiple factors.
46. This novel amidases shows exceptional thermostability.
47. Bioinformatics analysis revealed a new family of amidases.
48. The article describes the various methods used to assay amidases activity.
49. The impact of amidases on environmental processes is significant.
50. We investigated the effects of various inhibitors on amidases activity.