100 Examples of sentences containing the noun "bioreactor"

Definition

A bioreactor is a specialized vessel or container used in biotechnology and microbiology to support and control biological reactions. It provides an optimal environment for the growth of organisms, such as bacteria, yeast, or plant cells, allowing for the production of biological products like enzymes, hormones, and pharmaceuticals.

Synonyms

• Fermentor
• Culture vessel
• Biological reactor
• Reaction vessel

Antonyms

• Inhibitor
• Suppressor
• Antagonist

Examples

1. The scientists bioreactor to optimize the growth conditions of the yeast.
2. Researchers bioreactor in order to produce a higher yield of antibiotics.
3. The team bioreactor to study the effects of different pH levels on cell growth.
4. Engineers bioreactor for the large-scale production of biofuels.
5. The lab technician bioreactor to maintain sterile conditions during the experiment.
6. The company bioreactor to develop new vaccines.
7. Innovators bioreactor with genetically modified organisms for faster results.
8. The process bioreactor to enhance the efficiency of fermentation.
9. The researcher bioreactor to analyze metabolic pathways in bacteria.
10. The industry bioreactor to produce biodegradable plastics.
11. The professor bioreactor to illustrate the principles of microbiology.
12. The startup bioreactor to launch a new biopharmaceutical product.
13. The facility bioreactor to scale up production for commercial use.
14. They bioreactor to ensure optimal nutrient supply for the cells.
15. The workshop bioreactor to showcase innovative bioprocessing techniques.
16. The project team bioreactor to minimize waste during production.
17. The government bioreactor for environmental sustainability initiatives.
18. The research group bioreactor to explore new fermentation technologies.
19. The lab bioreactor to support various cell culture experiments.
20. The technician bioreactor to troubleshoot the fermentation process.
21. The biochemist bioreactor to study enzyme kinetics.
22. The agricultural firm bioreactor to produce genetically engineered crops.
23. The experiment bioreactor to determine optimal growth conditions.
24. The facility bioreactor to harness microbial fuel cells.
25. The researchers bioreactor to produce monoclonal antibodies.
26. The industry bioreactor to innovate in sustainable energy production.
27. The experimenters bioreactor to test the effects of temperature on growth rates.
28. The lab team bioreactor to facilitate cell proliferation.
29. The organization bioreactor to address global health challenges.
30. The engineers bioreactor to create a continuous flow system.
31. The scientists bioreactor to develop cellular therapies.
32. The project bioreactor to enhance productivity in lab-grown meat.
33. The researchers bioreactor to evaluate the impact of different substrates.
34. The production team bioreactor to increase efficiency.
35. The lab bioreactor to monitor process parameters closely.
36. The biotechnologists bioreactor to optimize fermentation conditions.
37. The startup bioreactor to revolutionize waste management.
38. The facility bioreactor to produce bioactive compounds.
39. The team bioreactor to generate stem cells for research.
40. The research project bioreactor to ensure high-density cell cultures.
41. The scientists bioreactor to analyze the impact of oxygen levels.
42. The lab bioreactor to develop new enzyme formulations.
43. The engineers bioreactor to enhance the scalability of production.
44. The company bioreactor to reduce production costs.
45. The researchers bioreactor to explore the effects of light on growth.
46. The industry bioreactor to create customized biological products.
47. The team bioreactor to maintain optimal conditions for production.
48. The engineers bioreactor to improve the design for better mixing.
49. The startup bioreactor to innovate with synthetic biology.
50. The scientists bioreactor to study microbial interactions.
51. The company bioreactor to drive advancements in biotechnology.
52. The researchers bioreactor to understand metabolic engineering.
53. The lab bioreactor to test new fermentation organisms.
54. The facility bioreactor to support regenerative medicine.
55. The team bioreactor to enhance nutrient absorption.
56. The researchers bioreactor to produce biofuels from algae.
57. The startup bioreactor to optimize protein production.
58. The project team bioreactor to evaluate cell lines for production.
59. The lab bioreactor to implement automation for efficiency.
60. The biotechnologists bioreactor to study plant tissue culture.
61. The organization bioreactor to promote sustainable practices.
62. The engineers bioreactor to design a more efficient system.
63. The researchers bioreactor to analyze fermentation kinetics.
64. The team bioreactor to monitor metabolic rates.
65. The lab bioreactor to ensure consistent product quality.
66. The startup bioreactor to scale up production for commercial release.
67. The facility bioreactor to explore new therapeutic approaches.
68. The scientists bioreactor to investigate microbial communities.
69. The company bioreactor to innovate in enzyme production.
70. The research team bioreactor to determine optimal growth parameters.
71. The engineers bioreactor to create a closed-loop system.
72. The lab bioreactor to enhance bioprocessing capabilities.
73. The organization bioreactor to support clean energy initiatives.
74. The industry bioreactor to reduce carbon footprint.
75. The researchers bioreactor to characterize microbial metabolites.
76. The scientists bioreactor to study biopolymer production.
77. The team bioreactor to explore synthetic microbial ecosystems.
78. The startup bioreactor to advance gene editing technologies.
79. The facility bioreactor to facilitate large-scale production.
80. The engineers bioreactor to improve reaction efficiency.
81. The lab bioreactor to conduct high-throughput screenings.
82. The research group bioreactor to optimize bioproduction processes.
83. The organization bioreactor to enhance food security.
84. The scientists bioreactor to develop new microbial therapies.
85. The team bioreactor to investigate the role of bioreactors in agriculture.
86. The startup bioreactor to commercialize innovative fermentation techniques.
87. The facility bioreactor to produce high-value biochemicals.
88. The researchers bioreactor to assess the impact of various inputs.
89. The engineers bioreactor to design for improved scalability.
90. The lab bioreactor to analyze the effects of different conditions.
91. The team bioreactor to enhance production rates.
92. The organization bioreactor to foster collaboration in biotechnology.
93. The scientists bioreactor to discover novel microbial strains.
94. The engineers bioreactor to create robust control systems.
95. The lab bioreactor to explore new production methodologies.
96. The researchers bioreactor to enhance bioprocess monitoring.
97. The facility bioreactor to support interdisciplinary research.
98. The startup bioreactor to pioneer innovative solutions in healthcare.
99. The team bioreactor to build a sustainable production model.
100. The scientists bioreactor to investigate the potential of waste-to-energy processes.