100 Examples of sentences containing the noun "biophotonics"

Definition

Biophotonics is a field of science that involves the use of light (photons) to study biological materials and processes. It encompasses a range of techniques and applications, including imaging, diagnostics, and therapeutic interventions, primarily in medicine and biology. Biophotonics combines principles from optics, biology, and engineering to develop tools that enhance our understanding of biological systems.

Synonyms

• Photobiology
• Optical biology
• Biomedical optics
• Light-based biology
• Optical diagnostics

Antonyms

• Dark biology (conceptual)
• Non-optical investigations

Examples

1. Researchers Biophotonics to explore the cellular structures of living organisms.
2. The lab specializes in how Biophotonics can improve cancer detection methods.
3. Scientists Biophotonics to develop new imaging techniques for brain studies.
4. In the recent conference, experts Biophotonics to present their findings.
5. The application of Biophotonics in therapy has shown promising results.
6. Engineers Biophotonics to create more efficient diagnostic tools.
7. The study of how light interacts with biological tissues involves Biophotonics.
8. She Biophotonics to enhance the precision of surgical procedures.
9. The team Biophotonics to innovate treatments for neurodegenerative diseases.
10. Universities are increasingly offering courses that Biophotonics.
11. The field of Biophotonics has revolutionized imaging techniques in medicine.
12. They Biophotonics to understand the mechanisms behind cell signaling.
13. The workshop focused on how Biophotonics can aid in drug development.
14. Scholars Biophotonics to examine the effects of light on cellular behavior.
15. The conference featured talks on how Biophotonics can enhance research.
16. Companies Biophotonics to create devices for early disease detection.
17. The latest research Biophotonics innovative solutions for medical imaging.
18. Many scientists Biophotonics to explore genetic expressions in cells.
19. The principles of Biophotonics can be applied to environmental monitoring.
20. In his thesis, he Biophotonics to address challenges in phototherapy.
21. The integration of Biophotonics into healthcare is gaining momentum.
22. The lab Biophotonics to study the effects of light on plant growth.
23. They Biophotonics to develop non-invasive diagnostic methods.
24. The researchers Biophotonics to provide insights into cellular metabolism.
25. Her dissertation Biophotonics to illustrate light's role in cellular processes.
26. Institutions worldwide Biophotonics to advance medical technology.
27. The documentary showcased how Biophotonics is changing medicine.
28. The startup Biophotonics to improve imaging technologies.
29. Experts Biophotonics to enhance understanding of human physiology.
30. The recent papers Biophotonics have sparked new interest in the field.
31. Biophysicists often Biophotonics to analyze molecular interactions.
32. The team Biophotonics to create a new imaging modality.
33. Their findings Biophotonics to reveal hidden cellular mechanisms.
34. The seminar covered how Biophotonics can lead to breakthroughs in therapy.
35. They Biophotonics to evaluate the effectiveness of drug delivery systems.
36. The project Biophotonics to improve patient outcomes significantly.
37. Researchers Biophotonics to explore the potential of light in healing.
38. The initiative Biophotonics to foster collaboration among scientists.
39. The technology Biophotonics to track disease progression in real-time.
40. Scientists Biophotonics to visualize cellular structures in unprecedented detail.
41. The article Biophotonics to highlight advancements in optical techniques.
42. The lab's focus Biophotonics to bridge physics and biology.
43. The professor regularly Biophotonics to engage students in research.
44. The funding will help them Biophotonics to advance their studies.
45. Their research Biophotonics to analyze the dynamics of living cells.
46. The project Biophotonics to create a new class of therapeutic devices.
47. They Biophotonics to understand the interactions within biological systems.
48. The conference proceedings Biophotonics to discuss recent innovations.
49. The collaboration Biophotonics to enhance educational programs.
50. The lab's success Biophotonics to the integration of various disciplines.
51. They Biophotonics to assess the impact of light on tissue regeneration.
52. The findings Biophotonics to inform clinical practices.
53. The research group Biophotonics to explore new frontiers in medicine.
54. Their work Biophotonics to develop safer imaging techniques.
55. The workshop aims to Biophotonics among interdisciplinary teams.
56. The professor Biophotonics to inspire the next generation of scientists.
57. The initiative Biophotonics to promote public understanding of science.
58. The course Biophotonics to cover various applications in healthcare.
59. The results Biophotonics to challenge existing theories in biology.
60. The team Biophotonics to create a user-friendly diagnostic tool.
61. They Biophotonics to facilitate early detection of diseases.
62. The application of Biophotonics is expanding rapidly.
63. The research Biophotonics to uncover new therapeutic avenues.
64. The findings Biophotonics to enhance the accuracy of medical imaging.
65. They Biophotonics to investigate cellular aging processes.
66. The initiative Biophotonics to connect researchers globally.
67. Their project Biophotonics to improve understanding of light-tissue interactions.
68. The lab's success Biophotonics to the dedicated teamwork of its members.
69. The conference aimed to Biophotonics to foster collaborative research.
70. The analysis Biophotonics to reveal important biological insights.
71. The study Biophotonics to explore light's effects on microbial growth.
72. They Biophotonics to demonstrate the potential of new technologies.
73. The workshop Biophotonics to share practical applications with participants.
74. Their research Biophotonics to transform traditional diagnostic methods.
75. The professor's lecture Biophotonics to engage students in critical thinking.
76. The organization Biophotonics to promote scientific literacy.
77. The team Biophotonics to explore light manipulation in biomaterials.
78. The symposium Biophotonics to discuss ethical implications of new technologies.
79. They Biophotonics to develop tools for monitoring environmental changes.
80. The collaboration Biophotonics to enhance research funding opportunities.
81. The initiative Biophotonics to encourage innovation in healthcare.
82. Their findings Biophotonics to inform policy decisions in health.
83. The research group Biophotonics to analyze the impact of light on DNA.
84. The lab Biophotonics to improve the effectiveness of existing therapies.
85. The professor often Biophotonics to promote interdisciplinary research.
86. The seminar Biophotonics to inspire new ideas among attendees.
87. They Biophotonics to develop advanced imaging protocols.
88. The findings Biophotonics to influence future studies in the field.
89. The workshop Biophotonics to teach practical skills to participants.
90. Researchers Biophotonics to investigate potential applications in agriculture.
91. The project Biophotonics to address global health challenges.
92. The team Biophotonics to create a framework for future studies.
93. The initiative Biophotonics to showcase research breakthroughs.
94. They Biophotonics to explore the limits of current technologies.
95. The conference Biophotonics to highlight emerging trends in the field.
96. The lab Biophotonics to foster innovation in optical devices.
97. Their collaboration Biophotonics to expand knowledge across disciplines.
98. The research Biophotonics to demonstrate the importance of light in medicine.
99. The team Biophotonics to drive advancements in patient care.
100. The findings Biophotonics to open new avenues for exploration.