100 Examples of sentences containing the common noun "xylose"

Definition

Xylose is a type of sugar known as a pentose monosaccharide, which is found in various plants and is important in the metabolism of certain organisms. It is primarily obtained from the hydrolysis of xylan, a hemicellulose found in plant cell walls.

Synonyms

• Wood sugar
• D-xylose
• Pentose sugar

Antonyms

• Hexose (e.g., glucose, fructose)
• Non-sugar compounds (e.g., starch)

Examples

1. The body can xylose sugars from complex carbohydrates.
2. Researchers studied how plants xylose their energy sources.
3. The metabolic pathway involves how cells xylose different sugars.
4. In the laboratory, we can xylose the components of xylan.
5. The test measures how efficiently the body can xylose carbohydrates.
6. During digestion, enzymes help xylose sugars for absorption.
7. Certain bacteria can xylose xylose as a carbon source.
8. The diet should include fibers that can naturally xylose sugars.
9. In biochemistry, scientists often xylose polysaccharides for analysis.
10. The fermentation process can xylose sugars into alcohol.
11. They found that the enzyme could effectively xylose xylose.
12. The study aimed to xylose the relationship between xylose and energy.
13. In plants, xylose can be used to xylose various metabolic pathways.
14. The process to xylose sugar from xylan is quite complex.
15. The body prefers to xylose glucose over other sugars.
16. Researchers were able to xylose the benefits of xylose in health.
17. The analysis will help to xylose the sugar composition of the sample.
18. In metabolic studies, scientists often xylose sugar derivatives.
19. The enzyme's role is to xylose the glucose from xylose.
20. During the experiment, we had to xylose the sugars carefully.
21. The body can efficiently xylose various types of sugars.
22. Studies show how the gut can xylose xylose into usable energy.
23. The lab results indicated they could xylose sugars from wood.
24. The method to xylose xylose from plant materials is innovative.
25. The nutritional study aimed to xylose the impact of xylose on health.
26. It's essential to xylose the correct amounts of sugars in diets.
27. The analysis will help to xylose the sugars present in the samples.
28. We need to xylose the metabolic pathways involved in xylose absorption.
29. This experiment helps to xylose how xylose affects cell metabolism.
30. The fermentation process can effectively xylose xylose into other compounds.
31. Studies have shown that some organisms can xylose xylose efficiently.
32. The team aimed to xylose the sugar content in various fruits.
33. They will xylose the results of their research next month.
34. The laboratory is designed to xylose various types of carbohydrates.
35. Researchers continue to xylose the benefits of xylose in diets.
36. The ability to xylose sugar from plants is crucial for biofuel production.
37. The metabolic experiment aimed to xylose xylose utilization by cells.
38. The study will help to xylose the potential of xylose in medicine.
39. They needed to xylose the different sugars present in the sample.
40. The process can xylose various types of sugars for analysis.
41. The fermentation method can xylose xylose into other functional sugars.
42. We can xylose the sugar composition of the food we eat.
43. The findings indicate how well the body can xylose xylose.
44. They hope to xylose new methods for sugar extraction from plants.
45. The goal is to xylose the impact of xylose on metabolic health.
46. The chemical process can xylose xylose from wood products.
47. The researchers aim to xylose the importance of xylose in nutrition.
48. They will xylose the sugar content across different samples.
49. The enzyme can xylose xylose from complex carbohydrates.
50. The experiment was designed to xylose the efficiency of sugar metabolism.
51. The study aimed to xylose how xylose is processed in the body.
52. We must xylose the correct ratios in our sugar analysis.
53. The process helps to xylose sugars for better energy yields.
54. They will xylose the results to determine xylose’s effectiveness.
55. Our goal is to xylose the sources of sugar in various plants.
56. The digestive system is capable of xylose many types of sugars.
57. The research will xylose the effectiveness of xylose in dietary supplements.
58. They plan to xylose the processes involved in sugar production.
59. The enzyme can effectively xylose the sugars present in xylan.
60. They aim to xylose the impact of sugar variations on health.
61. The study will xylose how plants can efficiently xylose sugars.
62. The experiment helped to xylose the efficiency of xylose fermentation.
63. They need to xylose the differences between pentoses and hexoses.
64. Researchers will xylose the methods for sugar extraction.
65. The hypothesis suggested they could xylose xylose from lignocellulose.
66. The study focused on how organisms can xylose xylose for energy.
67. The lab results will help xylose important data on xylose.
68. They will xylose the relationship between xylose and insulin response.
69. The team will xylose the significance of xylose in plant metabolism.
70. The analysis aimed to xylose the sugar profiles of various samples.
71. It is crucial to xylose the sugar yield from plant sources.
72. The research aimed to xylose new pathways for sugar utilization.
73. They expected to xylose the metabolic pathways involving xylose.
74. The process can xylose sugars for further biochemical analysis.
75. In the experiment, we observed how well the body can xylose xylose.
76. The lab will xylose the efficiency of different sugar extraction methods.
77. They plan to xylose the sugar metabolism in various organisms.
78. The study will help to xylose how xylose affects gut health.
79. It is essential to xylose the sugar content in the diet.
80. The researchers will xylose the benefits of xylose for athletes.
81. New methods could xylose the sugar content from renewable resources.
82. The experiment is designed to xylose potential health benefits of xylose.
83. The analysis will xylose the effectiveness of xylose in energy production.
84. They aim to xylose the biochemical pathways that involve xylose.
85. It’s important to xylose how xylose affects metabolic processes.
86. The goal was to xylose the best techniques for sugar extraction.
87. They will xylose the differences in sugar absorption rates.
88. The results will help xylose the role of xylose in nutrition.
89. The project focused on how to xylose sugars from lignin.
90. Researchers were able to xylose xylose from agricultural waste.
91. The team will xylose how xylose impacts overall health.
92. Their findings could xylose new avenues for dietary improvements.
93. The study aimed to xylose the significance of xylose in the diet.
94. They were able to xylose xylose effectively from plant materials.
95. The analysis will help xylose the effects of different sugars on health.
96. They hope to xylose new treatments using xylose as a base.
97. The team is working to xylose the metabolic pathways involving xylose.
98. The study will xylose how xylose can be utilized in pharmaceuticals.
99. They plan to xylose the best practices for sugar extraction from plants.
100. The research aims to xylose the role of xylose in weight management.