Myoglobin example sentences

"Myoglobin" Example Sentences

1. Myoglobin levels are a key indicator of muscle damage.
2. The researcher's study focused on the structure of myoglobin.
3. Increased myoglobin in the blood can signal a serious medical condition.
4. He explained the role of myoglobin in oxygen transport within muscle tissue.
5. Myoglobin is a protein found in the muscle cells of vertebrates.
6. Understanding myoglobin's function is crucial for sports medicine.
7. The experiment measured the myoglobin concentration in different muscle types.
8. Damage to muscle cells releases myoglobin into the bloodstream.
9. High myoglobin levels can lead to kidney problems.
10. She presented her findings on the evolution of myoglobin.
11. The textbook described the three-dimensional structure of myoglobin in detail.
12. His research was groundbreaking in the field of myoglobin research.
13. We analyzed the myoglobin content of the samples.
14. Myoglobin plays a crucial role in oxygen storage in muscles.
15. They discovered a new mutation affecting myoglobin function.
16. The patient's elevated myoglobin levels were cause for concern.
17. Further studies are needed to fully understand myoglobin's interaction with other proteins.
18. This breakthrough could lead to new treatments related to myoglobin.
19. Myoglobin is a hemeprotein, containing a heme group.
20. Abnormal myoglobin can cause muscle weakness and pain.
21. The doctor ordered a myoglobin blood test.
22. Myoglobin's affinity for oxygen is higher than hemoglobin's.
23. What are the implications of altered myoglobin expression?
24. Research suggests that myoglobin may also have other functions beyond oxygen storage.
25. The color of the meat is partly determined by its myoglobin content.
26. He hypothesizes that myoglobin levels are affected by intense exercise.
27. Determining the precise structure of myoglobin proved challenging.
28. Recent advances have improved our understanding of myoglobin's role in muscle metabolism.
29. They compared myoglobin levels in trained and untrained athletes.
30. Myoglobinuria is a condition characterized by the presence of myoglobin in urine.
31. The study revealed a correlation between myoglobin and muscle fatigue.
32. How does myoglobin contribute to the overall health of muscles?
33. Myoglobin is an important biomarker for various muscle disorders.
34. The presence of myoglobin in the urine indicates muscle injury.
35. Its unique structure allows myoglobin to bind oxygen efficiently.
36. Genetic variations in myoglobin can affect athletic performance.
37. Is there a link between myoglobin and the development of certain diseases?
38. This article explores the different isoforms of myoglobin.
39. Myoglobin's oxygen-binding properties are crucial for muscle function.
40. The degradation of myoglobin is a complex process.
41. They investigated the effects of different training regimes on myoglobin expression.
42. Myoglobin is a relatively small protein compared to hemoglobin.
43. The clinical significance of elevated myoglobin remains a subject of ongoing research.
44. Myoglobin acts as an intracellular oxygen store in muscle cells.
45. We observed a significant increase in myoglobin after the intense workout.
46. The experiment tested the stability of myoglobin under different conditions.
47. Further research is needed to determine the long-term effects of altered myoglobin expression.
48. Myoglobin plays a crucial role in supporting aerobic metabolism in muscle tissue.
49. This novel approach may enhance our understanding of myoglobin's role in disease.
50. The team successfully synthesized a modified form of myoglobin with enhanced properties.