Application of Fermentation Technology in Animal Nutrition
Materialtyp:
ArtikelUtgivningsinformation: Basel MDPI - Multidisciplinary Digital Publishing Institute 2024Beskrivning: 1 electronic resource (180 p.)Innehållstyp: - text
- computer
- online resource
- 9783725827695
- 9783725827701
- Reference, Information and Interdisciplinary subjects
- Research and information: general
- Mathematics and Science
- Biology, life sciences
- Technology, Engineering, Agriculture, Industrial processes
- 16S rRNA
- Bacteroidota
- Chinese cabbage waste
- Firmicutes
- Hu sheep
- Napier grass
- Proteobacteria
- Sorghum bicolor
- aerobic stability
- amaranth
- aminoacyl–tRNA
- ammonia-N
- antifungal
- arachidonic acid
- co-ensiling technique
- corn straw
- degradability
- delignification
- digestibility
- fecal microorganisms
- fermentation period
- fermentation quality
- fermentative quality
- forage
- fungal treatment
- gas production
- growth performance
- in vitro digestibility
- lactic acid
- lignin degradation
- lignocellulosic biomass
- liver glycogen
- maize silage
- metabolic disorders
- metabolome
- metabolomics
- microbial community
- microbial diversity
- mixed silage
- nutritional value
- pH
- pineapple residue
- plant extract
- rice straw
- rumen microbiome
- safety performance
- saponin
- secondary plant metabolites
- silage
- silage microorganisms
- silage quality
- solid-state fermentation
- sugarcane bagasse
- sugarcane top
- volatile fatty acids
- weaning stress
- whole plant soybean
- yogurt acid whey
Open Access Unrestricted online access star
This Special Issue on "Application of Fermentation Technology in Animal Nutrition" comprises 11 original research articles and 1 communication. Collectively, these contributions illustrate the promising future of fermentation technology in animal nutrition research, one that is committed to both tradition and innovation, with the objective of advancing the frontiers of fermentation science. Altogether, this Special Issue presents several original studies in the field of animal nutrition, including research on co-ensiling technology, silage additives, rumen fermentation, and related topics. These findings could help to improve feed resources, optimize silage quality and improve animal performance. As this Special Issue draws to a close, it is obvious that the field of silage research is not merely evolving, but undergoing a revolution. The challenges that lie ahead are considerable, but so are the opportunities. By addressing these challenges and pursuing the research directions outlined above, it is possible to ensure that fermentation technology will remain a critical aspect of animal nutrition, meeting the evolving needs of animal husbandry.
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eng
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