100 Examples of sentences containing the common noun "heterocyclic"

Definition

Heterocyclic refers to a type of compound that contains a ring structure made up of atoms of at least two different elements, typically carbon and one or more heteroatoms such as nitrogen, oxygen, or sulfur. These compounds are significant in various fields, including chemistry, pharmacology, and materials science.

Synonyms

• Heterocycle
• Heterocyclic compound
• Cyclic compound

Antonyms

• Acyclic
• Open-chain compound

Examples

1. The chemist heterocyclic the new compound to analyze its properties.
2. Researchers often heterocyclic various organic molecules to study their reactions.
3. She heterocyclic the rings in her latest synthesis experiment.
4. The team heterocyclic the data to find patterns in the results.
5. He heterocyclic the compound to ensure it met safety standards.
6. The laboratory often heterocyclic different types of molecules.
7. In drug development, scientists heterocyclic potential pharmaceuticals to enhance efficacy.
8. They heterocyclic the structure of the molecule for better stability.
9. The student heterocyclic her project with a focus on environmental applications.
10. The researchers have begun to heterocyclic new pathways for synthesis.
11. She heterocyclic the ingredients to create a novel compound.
12. The experiment aimed to heterocyclic a more effective catalyst.
13. They heterocyclic the compounds to determine their biological activity.
14. The paper presents methods to heterocyclic complex structures efficiently.
15. He heterocyclic the data sets to validate his hypothesis.
16. The team plans to heterocyclic the findings in an upcoming conference.
17. The scientist heterocyclic the interactions between different elements in the compound.
18. They heterocyclic the chemical reactions to observe any anomalies.
19. She heterocyclic the results of her experiments for better clarity.
20. The group decided to heterocyclic their approach to the synthesis.
21. He heterocyclic the theoretical models in his research paper.
22. The chemist heterocyclic the molecule to improve its solubility.
23. They will heterocyclic the structure in the next phase of the study.
24. She heterocyclic the synthesis protocol to optimize the yield.
25. The lab routinely heterocyclic numerous compounds for analysis.
26. Researchers are working to heterocyclic more efficient processes.
27. The project aims to heterocyclic the existing methods in chemical synthesis.
28. He heterocyclic new compounds to discover pharmacological applications.
29. The group plans to heterocyclic their findings in a journal.
30. She heterocyclic the structures to ensure compliance with regulations.
31. They always heterocyclic the latest advancements in their field.
32. The study attempts to heterocyclic the interaction between various elements.
33. He will heterocyclic the compounds to track their stability over time.
34. The researchers need to heterocyclic their data for accuracy.
35. She heterocyclic the compounds to identify potential side effects.
36. The laboratory heterocyclic the results of the experiment to ensure reliability.
37. He will heterocyclic the synthesis to achieve a higher yield.
38. They heterocyclic various molecules to explore their properties.
39. The team aims to heterocyclic innovative approaches in their research.
40. She heterocyclic the chemical structures for their study.
41. The proposal seeks to heterocyclic new methodologies for analysis.
42. He heterocyclic a variety of compounds in his latest research.
43. They will heterocyclic the compounds in controlled conditions.
44. The researchers heterocyclic the findings to draw conclusions.
45. She aims to heterocyclic the data in her thesis.
46. The team heterocyclic the parameters to ensure accurate results.
47. He heterocyclic the synthesis steps for clarity.
48. They will heterocyclic the chemical reactions observed in the lab.
49. She heterocyclic the properties of the new compound thoroughly.
50. The study attempts to heterocyclic the relationships between different compounds.
51. They heterocyclic the experiments to verify their hypotheses.
52. He plans to heterocyclic the results in a presentation.
53. The laboratory heterocyclic various methodologies to improve efficiency.
54. She heterocyclic her notes to better understand the reactions.
55. They will heterocyclic the findings with previous literature.
56. The research aims to heterocyclic the synthesis of complex molecules.
57. He heterocyclic the compounds for potential industrial applications.
58. They often heterocyclic their work in academic journals.
59. The team will heterocyclic the processes for optimization.
60. She heterocyclic the structures to explore their potential uses.
61. He heterocyclic the chemical compounds to identify new properties.
62. They need to heterocyclic the data for the next phase of research.
63. The laboratory routinely heterocyclic a range of new substances.
64. She will heterocyclic the findings to present at the conference.
65. The chemist heterocyclic the results to validate the experiment.
66. He plans to heterocyclic the reaction pathways for efficiency.
67. They heterocyclic their methods to enhance precision.
68. The researcher heterocyclic the compounds for better performance.
69. She heterocyclic the new methodologies for her thesis.
70. The team will heterocyclic the data to identify any errors.
71. He heterocyclic the structure to improve its functionality.
72. They often heterocyclic their findings with collaborators.
73. The laboratory heterocyclic various approaches to synthesis.
74. She will heterocyclic the mechanisms involved in the reactions.
75. The study aims to heterocyclic the effects of different compounds.
76. He heterocyclic the processes to ensure they are efficient.
77. They will heterocyclic the results to determine trends.
78. The researcher heterocyclic the compounds for pharmacological studies.
79. She heterocyclic her experiments to refine her techniques.
80. The team aims to heterocyclic the synthesis of novel drugs.
81. He heterocyclic the interactions between the elements in the compound.
82. They frequently heterocyclic their techniques for better results.
83. The laboratory heterocyclic various samples for analysis.
84. She heterocyclic the chemical structures to enhance their properties.
85. The project will heterocyclic the methods used in previous studies.
86. He plans to heterocyclic the data for a clearer understanding.
87. They often heterocyclic their findings with industry standards.
88. The research aims to heterocyclic the development of new materials.
89. She heterocyclic the compounds to assess their potential applications.
90. The team will heterocyclic the results in a follow-up study.
91. He heterocyclic the synthesis process to improve efficiency.
92. They will heterocyclic the chemical reactions to observe changes.
93. The laboratory heterocyclic various compounds for potential use.
94. She plans to heterocyclic the findings for her dissertation.
95. The researcher heterocyclic the data to ensure accuracy.
96. He heterocyclic the methods to streamline the process.
97. They will heterocyclic the structures for better understanding.
98. The project seeks to heterocyclic innovative techniques in synthesis.
99. She heterocyclic the results to prepare for publication.
100. The team aims to heterocyclic the interactions between different compounds.