100 Examples of sentences containing the common noun "phytochemistry"

Definition

Phytochemistry is the branch of chemistry that deals with the study of the chemical compounds produced by plants. It encompasses the identification, extraction, and analysis of these compounds, which can include secondary metabolites such as alkaloids, flavonoids, and terpenes, and their effects on human health and the environment.

Synonyms

• Plant chemistry
• Botanical chemistry
• Plant biochemistry

Antonyms

• Inorganic chemistry
• Non-plant chemistry

Examples

1. Researchers in the lab will study phytochemistry to discover new medicinal compounds.
2. The professor explained how phytochemistry can contribute to sustainable agriculture.
3. Students learned that phytochemistry is essential for understanding plant-based nutrition.
4. The conference featured discussions on the future of phytochemistry in drug development.
5. By studying phytochemistry, scientists can unlock the secrets of plant defenses against pests.
6. The importance of phytochemistry in pharmacognosy cannot be overstated.
7. Many health supplements derive their efficacy from the principles of phytochemistry.
8. The research team aims to publish their findings in the field of phytochemistry.
9. Advances in phytochemistry have led to breakthroughs in cancer research.
10. The textbook on phytochemistry is a valuable resource for students of botany.
11. Understanding phytochemistry can help us appreciate the complexity of plant life.
12. The investigation of phytochemistry reveals the ecological roles of various plant compounds.
13. Phytochemistry plays a critical role in the development of natural pesticides.
14. The lab focuses on phytochemistry to explore the therapeutic potential of herbs.
15. His passion for phytochemistry was evident in his meticulous research methods.
16. The course on phytochemistry included hands-on experiments with plant extracts.
17. The university offers a degree specializing in phytochemistry and plant sciences.
18. In her thesis, she explored the intersection of phytochemistry and nutrition.
19. The application of phytochemistry in cosmetics has gained popularity in recent years.
20. Many essential oils are studied through the lens of phytochemistry.
21. The connection between phytochemistry and traditional medicine is profound.
22. The seminar highlighted innovations in phytochemistry for sustainable food production.
23. To fully understand herbal remedies, one must delve into phytochemistry.
24. The development of new phytochemistry techniques has revolutionized the industry.
25. His fascination with phytochemistry began during a field trip to a botanical garden.
26. The exploration of phytochemistry opens new paths for environmental conservation.
27. Various universities conduct research projects focused on phytochemistry.
28. The impact of phytochemistry on biodiversity is a growing area of interest.
29. The festival celebrated local plants and their significance in phytochemistry.
30. The integration of phytochemistry and technology is reshaping agricultural practices.
31. Phytochemistry is essential for understanding how plants interact with their environment.
32. The study of phytochemistry can lead to the discovery of new flavors in food.
33. The research on phytochemistry has implications for both health and industry.
34. Many pharmaceutical companies rely heavily on phytochemistry for drug discovery.
35. The application of phytochemistry in biofuels is an exciting frontier.
36. She conducted extensive research in phytochemistry as part of her doctoral studies.
37. The understanding of phytochemistry can enhance our appreciation for herbal medicine.
38. The workshop on phytochemistry attracted scientists from various fields.
39. His research findings on phytochemistry were published in a prestigious journal.
40. The relationship between phytochemistry and climate change is a critical topic.
41. Phytochemistry helps us understand the role of phytochemicals in human health.
42. The analysis of phytochemistry allows for the development of natural products.
43. The seminar series focused on innovations in the field of phytochemistry.
44. The effects of phytochemistry on plant growth are being studied worldwide.
45. Her interest in phytochemistry grew after reading about its applications in nutrition.
46. The advancements in phytochemistry have implications for food safety.
47. The course covers various aspects of phytochemistry and its applications in agriculture.
48. The research team is dedicated to advancing knowledge in phytochemistry.
49. His work in phytochemistry has contributed to significant advancements in the field.
50. The exploration of medicinal plants requires a solid understanding of phytochemistry.
51. The findings from their phytochemistry study were groundbreaking.
52. The utilization of phytochemistry in herbal supplements has increased.
53. The documentary showcased the importance of phytochemistry in everyday life.
54. The integration of phytochemistry into modern medicine is vital for progress.
55. Their collaborative project focused on phytochemistry and sustainable practices.
56. The discovery of new phytochemicals can lead to innovative health solutions.
57. The role of phytochemistry in traditional remedies is a fascinating area of study.
58. The collaboration between chemists and botanists is crucial in phytochemistry.
59. The focus on phytochemistry is essential for understanding plant interactions.
60. The advocacy for phytochemistry education is growing among scientists.
61. She presented her findings on phytochemistry at an international conference.
62. The importance of phytochemistry in understanding biodiversity cannot be ignored.
63. The research on phytochemistry aims to uncover the potential of lesser-known plants.
64. The development of phytochemistry has led to new organic farming techniques.
65. The studies in phytochemistry have a direct impact on health and nutrition.
66. The advancements in phytochemistry research are promising for future therapies.
67. His passion for phytochemistry drives him to explore new avenues of research.
68. The impact of phytochemistry on agriculture is significant and far-reaching.
69. The knowledge gained from phytochemistry can inform conservation efforts.
70. The synergy between phytochemistry and biotechnology is an exciting field of study.
71. She found that phytochemistry could offer solutions to many health issues.
72. The research in phytochemistry is essential for developing natural products.
73. The exploration of phytochemistry is crucial for understanding plant evolution.
74. The dissemination of phytochemistry knowledge can empower local communities.
75. The interdisciplinary nature of phytochemistry makes it a dynamic field.
76. The study of phytochemistry can enhance our understanding of climate resilience.
77. The evolution of phytochemistry has paralleled advances in technology.
78. The study of phytochemistry is key to unlocking the medicinal potential of plants.
79. The role of phytochemistry in food security is increasingly recognized.
80. The focus on phytochemistry in universities is expanding rapidly.
81. His work in phytochemistry has garnered attention from leading scientists.
82. The applications of phytochemistry are vast and varied across industries.
83. The integration of phytochemistry into curricula is vital for future scientists.
84. The importance of phytochemistry in herbal medicine is widely acknowledged.
85. The effects of phytochemistry on human health are a subject of ongoing research.
86. The study of phytochemistry can provide insights into ecological balance.
87. The collaboration in phytochemistry research fosters innovation and discovery.
88. The exploration of phytochemistry can lead to sustainable solutions for agriculture.
89. The advancements in phytochemistry are paving the way for new therapies.
90. The significance of phytochemistry extends beyond the laboratory.
91. The research in phytochemistry is critical for understanding plant metabolism.
92. The study of phytochemistry contributes to our knowledge of plant evolution.
93. The relationship between phytochemistry and environmental health is crucial.
94. The investigation of phytochemistry is essential for developing natural pesticides.
95. The impact of phytochemistry on traditional agriculture is profound.
96. The knowledge of phytochemistry can enhance culinary practices.
97. The role of phytochemistry in developing sustainable products is vital.
98. The research in phytochemistry opens doors to innovative health solutions.
99. The study of phytochemistry can lead to advancements in food technology.
100. The understanding of phytochemistry helps us appreciate the diversity of life.