100 Examples of sentences containing the common noun "furanoside"

Definition

Furanoside refers to a type of glycoside where the sugar moiety is in a furanose form. Furanosides are important in biochemistry because they play a role in various biological processes, including metabolism and signaling. In a broader context, furanosides can be found in various natural products and can influence the properties of pharmaceuticals and other chemical compounds.

Synonyms

• Furanosidic compound
• Glycoside (when referring to the general category)
• Furanose glycoside

Antonyms

• Pyranoside (refers to glycosides with a pyranose form)
• Non-glycosidic compound

Examples

1. The study focused on how furanoside affects cellular metabolism.
2. Researchers discovered that furanoside plays a crucial role in plant signaling.
3. The furanoside is synthesized through a specific enzymatic process.
4. Scientists analyzed the structure of the furanoside in detail.
5. The furanoside was isolated from the plant extract for further study.
6. Understanding how furanoside interacts with other compounds is essential.
7. The furanoside demonstrated significant biological activity.
8. We need to determine how the furanoside contributes to the overall function of the compound.
9. The furanoside was found to be more effective than its pyranoside counterpart.
10. The research team investigated the furanoside's mechanism of action.
11. Furanoside can enhance the efficacy of certain drugs.
12. The furanoside is known to exhibit antioxidant properties.
13. Our experiments show that the furanoside influences gene expression.
14. The furanoside was characterized using NMR spectroscopy.
15. Furanoside functions as a signaling molecule in various organisms.
16. The researchers reported the synthesis of a novel furanoside.
17. Furanoside may play a role in human health and disease.
18. The compound was tested for its furanoside content.
19. The furanoside can be derived from several different sources.
20. Furanoside is an important aspect of carbohydrate chemistry.
21. The furanoside was analyzed for its potential therapeutic effects.
22. Various methods can be used to extract furanoside from plants.
23. The furanoside reacted with other molecules in unexpected ways.
24. Furanoside has been linked to enhanced flavor profiles in foods.
25. The furanoside was shown to reduce inflammation in animal studies.
26. Furanoside is often studied in the context of metabolic pathways.
27. One of the goals was to synthesize a new furanoside.
28. The furanoside was identified as a key intermediate in the reaction.
29. Researchers discovered that furanoside can inhibit certain enzymes.
30. The furanoside was purified using chromatography techniques.
31. Furanoside has various applications in the pharmaceutical industry.
32. The findings suggest that furanoside could be used in drug development.
33. Furanoside is critical for understanding carbohydrate metabolism.
34. The furanoside was confirmed through mass spectrometry.
35. Scientists hypothesized that furanoside might enhance bioavailability.
36. The furanoside was incorporated into the formulation for testing.
37. Furanoside plays a role in cell-cell communication.
38. The study highlighted the importance of furanoside in medicinal chemistry.
39. Furanoside can be found in various fruits and vegetables.
40. The furanoside exhibited unique properties compared to its analogs.
41. The researchers reported an increase in furanoside levels.
42. Furanoside was used as a model compound in the experiment.
43. The furanoside has shown potential in treating specific diseases.
44. The biochemical pathways involving furanoside are complex.
45. The furanoside was utilized in the synthesis of more complex molecules.
46. Furanoside is an area of active research in natural product chemistry.
47. The furanoside was crucial in the development of the new drug.
48. Furanoside can be challenging to synthesize in the lab.
49. The presence of furanoside influences the behavior of the entire compound.
50. Furanoside has been shown to interact with specific receptors.
51. The furanoside was tested for its stability under various conditions.
52. Furanoside can be a marker for certain metabolic disorders.
53. The furanoside is known for its sweet taste.
54. The biological activity of furanoside is under investigation.
55. Researchers found that furanoside contributes to flavor profiles.
56. The furanoside was a key focus of the study.
57. Furanoside may play a role in gut health.
58. The furanoside was synthesized using a novel approach.
59. The research team published their findings on furanoside.
60. Furanoside can be involved in the regulation of metabolic pathways.
61. The furanoside was derived from a rare plant species.
62. Furanoside has potential applications in the food industry.
63. The furanoside was linked to improved cognitive function.
64. The team developed a method to isolate furanoside effectively.
65. Furanoside can be found in various herbal remedies.
66. The furanoside was tested for its impact on cell growth.
67. Furanoside plays a role in the flavor of certain beverages.
68. The furanoside is considered a bioactive compound.
69. The furanoside may affect the pharmacokinetics of drugs.
70. Furanoside was shown to enhance the stability of the formulation.
71. The furanoside was characterized by its unique spectral properties.
72. Furanoside has been linked to various health benefits.
73. The furanoside was incorporated into the dietary supplement.
74. Furanoside can improve the absorption of other nutrients.
75. The furanoside has shown promise in clinical trials.
76. The team investigated the role of furanoside in metabolism.
77. Furanoside was identified as a potential therapeutic agent.
78. The furanoside was synthesized from common sugar substrates.
79. Furanoside can be utilized in biotechnological applications.
80. The furanoside was assessed for its toxicity in laboratory studies.
81. Furanoside is an important component of many natural products.
82. The furanoside was found to stimulate specific cellular pathways.
83. Furanoside has applications in both food and pharmaceutical industries.
84. The furanoside was characterized using various analytical techniques.
85. Furanoside can be synthesized through multiple pathways.
86. The furanoside was shown to reduce oxidative stress in cells.
87. Furanoside plays a vital role in the development of new therapies.
88. The furanoside was linked to improved metabolic health.
89. Furanoside can be a valuable research target.
90. The furanoside was modified to enhance its properties.
91. Furanoside is known to influence the gut microbiome.
92. The furanoside was evaluated for its health benefits.
93. Furanoside can be used as a building block in organic synthesis.
94. The furanoside was recognized for its unique chemical structure.
95. Furanoside plays a role in the development of functional foods.
96. The furanoside was analyzed for its pharmacological effects.
97. Furanoside can be found in various medicinal plants.
98. The furanoside was shown to enhance the effectiveness of vaccines.
99. Furanoside is an important subject of study in glycoscience.
100. The furanoside was utilized in innovative drug formulations.