"Xylans" Example Sentences
1. Xylans are one of the most abundant polysaccharides in the plant kingdom.
2. The extraction of xylans from wood chips is a common industrial process.
3. Xylans are a type of hemicellulose found in the cell walls of plants.
4. The molecular weight of xylans can vary significantly depending on the source.
5. Xylans can be depolymerized into xylose sugars using acid hydrolysis.
6. The addition of xylans to paper pulp can improve paper strength and reduce the need for bleaching.
7. The structure of xylans is important for the mechanical properties of plant cell walls.
8. Xylans can be modified by enzymes to create new functional properties.
9. Some bacteria and fungi have evolved enzymes that can break down xylans to access the sugars within.
10. Xylans can be used as a prebiotic to promote the growth of beneficial gut bacteria.
11. The chemical composition of xylans can differ between different parts of a plant.
12. The medical potential of xylans in preventing and treating metabolic disorders is being investigated.
13. Certain types of xylans have been shown to have anti-inflammatory properties.
14. The xylans in corn cobs and straw have potential as a renewable energy source.
15. The degradation of xylans by microbes plays an important role in the carbon cycle.
16. Xylans can be fermented into biofuels such as ethanol and butanol.
17. The presence of xylans in food can affect its texture and sensory properties.
18. The biosynthesis of xylans involves a complex network of enzymes and genes.
19. Xylans are a promising material for the development of new biomaterials and composites.
20. The modification of xylans with chemical groups can improve their solubility and functionality.
21. The rheological properties of xylans can be studied using techniques such as viscosity measurements.
22. Xylans can form strong gels when mixed with certain polysaccharides or proteins.
23. The distribution of xylans in plant tissues can be visualized using microscopy techniques.
24. Xylans can be crosslinked to create new materials with novel properties.
25. The thermal stability of xylans can be improved by modifying their structure using chemical methods.
26. The enzymatic degradation of xylans releases volatile organic compounds that can affect air quality.
27. Xylans can be analyzed using techniques such as Fourier transform infrared spectroscopy and nuclear magnetic resonance spectroscopy.
28. Some bacterial xylanases have been shown to have potential in industrial applications such as pulp and paper processing.
29. The degradation of xylans by anaerobic microbes can produce methane gas.
30. Xylans are a fascinating area of research that holds promise for both industry and medicine.
Common Phases
1.
Xylans are complex polysaccharides found in plant cell walls;
2. The main function of
xylans is to provide structural support to plants;
3.
Xylans are almost entirely made up of xylose sugars;
4.
Xylans are also used in the paper and pulp industry as a natural adhesive;
5.
Xylans have potential uses in the biomedical field as drug carriers and wound dressings;
6.
Xylans can be degraded by certain microorganisms to produce biofuels;
7. The precise structure of
xylans can vary depending on the plant species and tissue type;
8.
Xylans play a crucial role in the production of ethanol from plant materials.