"Biochemical" Example Sentences
1. The study of biochemical processes in living organisms is fascinating.
2. Biochemical reactions are vital for the functioning of cells.
3. The biochemical composition of a substance determines its properties.
4. The role of enzymes in biochemical reactions is well-documented.
5. Biochemical testing is often used to diagnose diseases.
6. The identification of biochemical markers in blood can help detect cancer.
7. Biochemical engineering is a rapidly growing field.
8. Nutrients are essential biochemical molecules that the body needs to function.
9. The combination of biochemical and physiological processes determines our health.
10. The metabolism of nutrients is controlled by biochemical pathways.
11. Biochemical changes in the body can lead to chronic diseases.
12. Biochemical research has led to the discovery of new medicines.
13. Scientists are constantly studying the biochemical properties of new compounds.
14. The study of biochemical genetics is crucial for understanding inherited diseases.
15. Biochemical analyses help us understand the properties of compounds in foods.
16. The study of biochemical ecology examines the relationships between organisms and their environment.
17. The biochemical reactions that occur during exercise are essential for energy production.
18. Biochemical pathways help regulate bodily functions such as digestion and circulation.
19. Understanding biochemical processes in the brain is essential for the development of new therapies for neurological disorders.
20. The discovery of the structure of DNA revolutionized the field of biochemical genetics.
21. Personalized medicine is based on the use of biochemical markers to diagnose and treat individual patients.
22. The development of new biochemical assays has greatly improved the accuracy and speed of medical diagnoses.
23. The biochemical composition of food affects our health and well-being.
24. Biochemical engineering is used in the production of many everyday products such as cosmetics and plastics.
25. Using biochemical signaling pathways to develop new drugs is a promising avenue of research.
26. The study of biochemical kinetics helps scientists understand how reactions proceed over time.
27. Alterations in biochemical pathways can lead to the development of drug-resistant strains of bacteria.
28. The use of biochemical methods in forensic science can help solve crimes.
29. The study of biochemical reactions in the environment helps us understand the effects of pollution.
30. Understanding the biochemical processes that occur during aging is an important area of research.
31. The use of biochemical markers in blood can help diagnose and track the progress of infectious diseases.
32. Biochemical engineering can be used to design new materials with unique properties.
33. The biochemical properties of a molecule determine how it interacts with other molecules in the body.
34. Biochemical research has led to the development of new treatments for metabolic disorders such as diabetes.
35. The study of biochemical pathways in plants is essential for understanding photosynthesis.
36. The use of biochemical assays can help us determine the biological activities of natural products.
37. The study of biochemical reactions in the brain can help us understand the mechanisms behind addiction.
38. Biochemical engineering is used in the production of many biofuels.
39. The study of biochemical processes in microorganisms is essential for the development of new antibiotics.
40. The use of biochemical markers in blood is a valuable tool for monitoring the health of athletes.
Common Phases
1.
Biochemical reactions occur within the cell;
2. The
biochemical pathway is vital for metabolism;
3.
Biochemical markers can be used to diagnose diseases;
4.
Biochemical analysis is necessary to understand the chemical properties of a biological molecule;
5.
Biochemical pathways can be disrupted by toxins or mutations;
6.
Biochemical processes in plants produce energy through photosynthesis;
7.
Biochemical mechanisms regulate hormone levels in the body;
8.
Biochemical interactions between drugs and enzymes can impact their effectiveness.