"Xylanase" Example Sentences
1. The xylanase enzyme is critical for breaking down plant cell walls.
2. This bread recipe calls for added xylanase to improve dough handling properties.
3. The xylanase activity in the feed can greatly improve nutrient utilization.
4. Xylanase is often used in paper pulping processes to aid in fiber separation.
5. The fungal strain used in this pilot project has a high level of xylanase production.
6. The industrial production of xylanase can be optimized through genetic engineering.
7. Xylanase from certain bacterial sources has shown promise in cancer treatment studies.
8. The xylanase producing bacteria in the gut flora aid in cellulose digestion.
9. The addition of xylanase enzymes can reduce animal feed costs by improving feed efficiency.
10. Xylanase is a valuable tool for the bioconversion of lignocellulosic materials.
11. The microbial xylanase market is expected to grow significantly in the coming years.
12. The optimization of xylanase production through fermentation can greatly reduce production costs.
13. Xylanase supplementation in poultry diets has been shown to improve gut health and immune function.
14. Xylanase pretreatment of cellulose can facilitate enzymatic hydrolysis.
15. As xylanase enzymes become more readily available, they are being used in increasingly diverse applications.
16. The use of xylanase in pretreatment facilitates the biochemical conversion of lignocellulosic biomass.
17. The therapeutic application of xylanase for infectious diseases is currently being explored.
18. Xylanase production in microbial hosts is a promising approach for large-scale enzyme production.
19. Xylanase enzymes can improve the nutritional value of animal feeds by breaking down anti-nutritional factors.
20. The synergistic use of xylanase and other enzymes can greatly enhance biomass hydrolysis.
21. Xylanase has potential as a digestive aid in human nutrition due to its ability to degrade certain complex carbohydrates.
22. The low cost of xylanase production from certain microbial strains makes it an attractive candidate for industrial use.
23. The role of xylanase in plant pathogenesis and microbial competition is currently being investigated.
24. Xylanase supplementation can help alleviate digestive issues and improve nutrient uptake in monogastric animals.
25. The use of xylanase in biofuel production can significantly improve the yield of fermentable sugars.
26. The production of xylanase through solid-state fermentation can improve the utilization of agroindustrial residues.
27. The therapeutic potential of xylanase in inflammatory bowel disease is currently being explored.
28. The xylanase-catalyzed hydrolysis of hemicellulose can improve the digestibility of animal feed.
29. The use of xylanase can greatly improve the efficiency of bioconversion of lignocellulosic materials to biofuels.
30. The production of xylanase from agro-industrial residues through solid-state fermentation reduces the environmental impact of enzyme production.
Common Phases
1. Adding
xylanase to the feed improved digestibility and growth performance of broiler chickens;
2. The application of
xylanase in bread making improved loaf volume and texture;
3.
Xylanase is commonly used in pulp and paper industry to reduce the presence of hemicellulose;
4. The use of
xylanase in biofuel production helps to break down complex sugars into simple sugars;
5. Incorporating
xylanase in animal feed decreased the viscosity of intestinal contents, improving nutrient absorption;
6.
Xylanase has been shown to improve the quality of soybean meal by removing anti-nutritional factors;
7. The addition of
xylanase to lignocellulosic biomass improved biogas production in anaerobic digesters.