100 Examples of sentences containing the noun "cytochrome"

Definition

Cytochrome is a type of heme-containing protein that plays a crucial role in the electron transport chain and cellular respiration, primarily found in mitochondria. It functions as an electron carrier, facilitating the transfer of electrons during various biochemical reactions, especially in the process of oxidative phosphorylation.

Synonyms

• Heme protein
• Electron carrier
• Enzyme
• Bio-catalyst

Antonyms

• Inhibitor
• Blocker
• Antagonist

Examples

1. The study aimed to investigate how cytochrome interacts with various substrates.
2. Scientists have discovered that cytochrome can influence metabolic rates.
3. The function of cytochrome is essential in aerobic respiration.
4. Mutations in the cytochrome genes can lead to metabolic disorders.
5. Researchers are exploring ways to enhance cytochrome activity in cells.
6. The presence of cytochrome is vital for energy production in living organisms.
7. Cytochrome P450 enzymes are important for drug metabolism.
8. Inhibitors of cytochrome can disrupt cellular respiration.
9. The role of cytochrome in photosynthesis is still being studied.
10. Cytochrome levels vary across different species.
11. The analysis focused on how cytochrome can affect therapeutic outcomes.
12. Certain toxins can inhibit cytochrome function.
13. The electron transport chain requires cytochrome for efficient operation.
14. Scientists are working on synthetic cytochrome mimics for industrial applications.
15. The interaction between cytochrome and oxygen is crucial for aerobic respiration.
16. Cytochrome c is known to play a key role in apoptosis.
17. The team measured the concentration of cytochrome in various tissue samples.
18. Cytochrome is involved in the detoxification of drugs in the liver.
19. The disruption of cytochrome function can lead to increased oxidative stress.
20. Different organisms have evolved unique forms of cytochrome.
21. The research highlighted the importance of cytochrome in metabolic pathways.
22. Cytochrome b558 is a component of the NADPH oxidase complex.
23. The role of cytochrome in energy transfer is well-documented.
24. Scientists are investigating the potential of cytochrome in bioremediation.
25. The crystal structure of cytochrome has been determined through X-ray crystallography.
26. Cytochrome can be affected by environmental factors such as temperature.
27. Certain genetic variations can alter cytochrome activity.
28. The study found a correlation between cytochrome levels and disease progression.
29. Cytochrome plays a significant role in the metabolism of fatty acids.
30. Researchers are exploring the use of cytochrome in biofuel production.
31. The presence of cytochrome is a marker for certain cellular processes.
32. Cytochrome c oxidase is the last enzyme in the electron transport chain.
33. The function of cytochrome in energy metabolism is critical for cell survival.
34. The detoxification pathway involving cytochrome is essential for liver function.
35. The evolution of cytochrome has been a topic of interest for biologists.
36. Cytochrome activities can be influenced by various hormonal signals.
37. The synthesis of cytochrome is regulated by cellular energy needs.
38. Researchers are studying the role of cytochrome in aging processes.
39. Cytochrome P450 enzymes are important for understanding drug interactions.
40. The presence of cytochrome in mitochondria is indicative of aerobic life.
41. Cytochrome b is involved in the electron transport chain of photosynthetic organisms.
42. The inhibition of cytochrome can lead to disease states in humans.
43. Cytochrome is often used as a model system for studying electron transfer.
44. The research highlighted the potential of modifying cytochrome for therapeutic use.
45. Variations in cytochrome expression can impact drug efficacy.
46. The role of cytochrome in the oxidative stress response is critical.
47. The team used inhibitors to study cytochrome activity in vitro.
48. Cytochrome is fundamental to understanding cellular respiration processes.
49. The interaction of cytochrome with other proteins can regulate metabolic pathways.
50. The expression of cytochrome genes is tightly regulated in cells.
51. Cytochrome c is released during programmed cell death.
52. The stability of the cytochrome complex is important for efficient electron transfer.
53. The research focused on how cytochrome contributes to mitochondrial function.
54. Cytochrome is crucial for maintaining the balance of reactive oxygen species.
55. The study aimed to identify new functions of cytochrome in human health.
56. Cytochrome can serve as a biomarker for certain diseases.
57. The activity of cytochrome can be measured using spectrophotometric methods.
58. The evolution of cytochrome has implications for understanding metabolic diversity.
59. Cytochrome is involved in energy conversion processes in cells.
60. The interaction of cytochrome with metal ions is an area of active research.
61. Researchers are investigating the role of cytochrome in inflammation.
62. The study found that cytochrome activity correlates with oxidative stress levels.
63. Cytochrome plays a role in the biochemistry of electron transport.
64. The function of cytochrome is affected by its structural conformation.
65. Scientists are examining the impact of cytochrome on cellular signaling pathways.
66. The variability in cytochrome function can influence drug metabolism.
67. Cytochrome serves as a model for studying redox reactions.
68. The role of cytochrome in energy production is fundamental to biochemistry.
69. The study investigated how cytochrome interacts with various ligands.
70. Cytochrome activity can be modulated by pH and temperature.
71. Advances in technology have allowed for better visualization of cytochrome structures.
72. The presence of cytochrome in different organisms underscores evolutionary adaptation.
73. The role of cytochrome in the generation of ATP is well-established.
74. Researchers are exploring the implications of cytochrome in metabolic engineering.
75. The presence of specific cytochrome variants can affect individual drug responses.
76. Cytochrome can act as an electron donor or acceptor in biochemical reactions.
77. The interaction of cytochrome with other cellular components is complex.
78. Understanding cytochrome function has implications for biotechnology.
79. The study focused on how cytochrome can influence cell signaling.
80. The role of cytochrome in disease mechanisms is a growing area of research.
81. Cytochrome is used as a model for studying electron transfer mechanisms.
82. The synthesis of cytochrome is influenced by environmental conditions.
83. The analysis of cytochrome is important for understanding metabolic pathways.
84. Researchers have identified key regulatory factors for cytochrome expression.
85. The activity of cytochrome can be impacted by genetic mutations.
86. Cytochrome is essential for the proper functioning of cellular respiration.
87. The research team utilized cytochrome inhibitors to study metabolic processes.
88. The discovery of new cytochrome functions has expanded our understanding of biology.
89. Cytochrome plays a key role in the metabolism of xenobiotics.
90. The research focused on the relationship between cytochrome and oxidative phosphorylation.
91. Variations in cytochrome expression can lead to differences in drug metabolism.
92. The study aimed to elucidate the mechanisms by which cytochrome functions.
93. Cytochrome is a critical component of the mitochondrial electron transport chain.
94. The role of cytochrome in cellular energy metabolism is well characterized.
95. The impact of environmental toxins on cytochrome function is under investigation.
96. Cytochrome levels can be indicative of cellular stress responses.
97. The research team is studying the potential of cytochrome in gene therapy.
98. The activity of cytochrome can be regulated by post-translational modifications.
99. Understanding the dynamics of cytochrome can lead to advances in medicine.
100. The role of cytochrome in energy metabolism is crucial for understanding life processes.