Dextrogyrate example sentences

"Dextrogyrate" Example Sentences

1. The dextrogyrate rotation of the polarized light confirmed the presence of the chiral molecule.
2. He noted the dextrogyrate nature of the substance in his lab notebook.
3. Is the solution dextrogyrate or levorotatory?
4. The dextrogyrate compound exhibited a specific rotation of +20°.
5. Several dextrogyrate isomers are known to exist.
6. This newly synthesized molecule is unexpectedly dextrogyrate.
7. The dextrogyrate form is more biologically active.
8. Determining whether the sample is dextrogyrate is crucial for its identification.
9. The experiment confirmed its dextrogyrate properties.
10. Dextrogyrate and levorotatory are terms used in stereochemistry.
11. Are all sugars dextrogyrate?
12. The instrument measured the dextrogyrate rotation with precision.
13. The article detailed the dextrogyrate properties of the new drug.
14. Many naturally occurring compounds are dextrogyrate.
15. Only the dextrogyrate enantiomer showed activity.
16. The dextrogyrate isomer is often preferred in synthesis.
17. We observed a dextrogyrate rotation of +15 degrees.
18. The student correctly identified the dextrogyrate compound.
19. This chemical reaction yields a dextrogyrate product.
20. His research focused on dextrogyrate molecules.
21. The dextrogyrate compound is highly soluble in water.
22. Dextrogyrate solutions rotate plane-polarized light clockwise.
23. Understanding dextrogyrate properties is important in pharmaceuticals.
24. The synthesis produced a racemic mixture, containing both dextrogyrate and levorotatory forms.
25. The dextrogyrate isomer is more potent than its counterpart.
26. While many believe otherwise, not all dextrogyrate substances are sweet.
27. It’s important to note the dextrogyrate nature of this reaction.
28. The dextrogyrate enantiomer is the active ingredient.
29. The sample showed a strongly dextrogyrate response.
30. Further research is needed to understand the dextrogyrate compound fully.
31. The results indicated a dextrogyrate effect.
32. The dextrogyrate compound is currently under investigation.
33. The study investigated the dextrogyrate and levorotatory forms separately.
34. His hypothesis predicted a dextrogyrate outcome.
35. The dextrogyrate solution exhibited a characteristic yellow hue.
36. Analysis revealed the substance to be dextrogyrate in nature.
37. The discovery of a new dextrogyrate compound was groundbreaking.
38. The reaction produced a mixture, primarily dextrogyrate.
39. We expect the product to be dextrogyrate, based on the starting materials.
40. The unexpected dextrogyrate result required further investigation.
41. This method efficiently separates dextrogyrate and levorotatory molecules.
42. The dextrogyrate form is significantly more stable.
43. The dextrogyrate compound is easily synthesized.
44. The dextrogyrate isomer is toxic to humans.
45. It's crucial to identify the dextrogyrate or levorotatory isomer.
46. The dextrogyrate compound crystallizes readily.
47. The chemical exhibited a dextrogyrate optical rotation.
48. They developed a new method for detecting dextrogyrate compounds.
49. The dextrogyrate nature of the compound is key to its function.
50. The dextrogyrate compound's activity is concentration-dependent.