Deoxyribose example sentences

"Deoxyribose" Example Sentences

1. Deoxyribose is a crucial component of DNA.
2. The sugar deoxyribose forms the backbone of DNA.
3. DNA contains the sugar deoxyribose, not ribose.
4. Without deoxyribose, DNA wouldn't exist.
5. Deoxyribose's structure is essential for DNA's double helix.
6. The pentose sugar, deoxyribose, is linked to nitrogenous bases.
7. Deoxyribose differs from ribose by a single oxygen atom.
8. Understanding deoxyribose is key to understanding genetics.
9. The discovery of deoxyribose was a landmark in biology.
10. Deoxyribose plays a vital role in heredity.
11. Genetic information is stored in DNA thanks to deoxyribose.
12. Deoxyribose-phosphate bonds link nucleotides in DNA.
13. The structure of deoxyribose affects DNA's stability.
14. Research on deoxyribose continues to advance our knowledge.
15. Deoxyribose is a key building block of life.
16. Many students find learning about deoxyribose challenging.
17. It's important to differentiate between ribose and deoxyribose.
18. Deoxyribose is a fundamental component of the genetic code.
19. The chemical properties of deoxyribose are vital to DNA function.
20. Scientists study deoxyribose to understand DNA replication.
21. Damage to deoxyribose can lead to mutations.
22. Deoxyribose's presence distinguishes DNA from RNA.
23. The lack of an oxygen atom in deoxyribose is significant.
24. Deoxyribose is named for its lack of an oxygen atom.
25. We learned about deoxyribose in our biology class.
26. Understanding the function of deoxyribose is critical.
27. The synthesis of deoxyribose is a complex process.
28. Several enzymes are involved in deoxyribose metabolism.
29. Deoxyribose is a monosaccharide.
30. The study of deoxyribose is an area of ongoing research.
31. Without deoxyribose, DNA would be unstable.
32. Deoxyribose is only found in DNA, not RNA.
33. The properties of deoxyribose impact DNA's three-dimensional structure.
34. Deoxyribose and phosphate groups alternate in the DNA backbone.
35. Certain viruses have DNA with deoxyribose as their genetic material.
36. Deoxyribose is crucial for the accurate replication of DNA.
37. Analyzing deoxyribose can help in forensic investigations.
38. The discovery of deoxyribose paved the way for many advancements.
39. Further research into deoxyribose is needed.
40. The role of deoxyribose in DNA repair is being studied.
41. Deoxyribose is a vital component of all living organisms (except viruses with RNA).
42. Alterations to deoxyribose can affect gene expression.
43. Studying deoxyribose helps us understand evolution.
44. Synthetic deoxyribose analogs are being explored for therapeutic applications.
45. The stability of deoxyribose contributes to DNA's longevity.
46. Modifications to deoxyribose can be markers for diseases.
47. Advanced techniques allow for the precise analysis of deoxyribose.
48. Deoxyribose plays a critical role in cellular processes.
49. The study of deoxyribose remains a dynamic field.
50. New insights into deoxyribose are constantly emerging.