| Technical Name | Applications of multi-functional probiotic microbiomes in agriculture | ||
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| Project Operator | National Chung Hsing University | ||
| Project Host | 黃姿碧 | ||
| Summary | The Bacillus-based “multi-functional probiotic microbiomes” could be applied as biofertilizersbiopesticides for crop protection as feed additives to promote productive performanceboost immunity of livestockreduce the odder of pig faecesas fish feeds could prevent infections by aquatic pathogensenhance beneficial microbiomes in the fish intestines. |
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| Scientific Breakthrough | 1. To develop efficient fermentationformulation technology for mass production of probiotic microbiomes 2. To develop biopesticidesbiofertilizersprovide scientific evidences 3. To develop multifunctional feed additives for livestocksprovide scientific evidences 4. To develop multifunctional feed additives for aquacultureprovide scientific evidences |
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| Industrial Applicability | 1. Efficient fermentationformulation technology for mass production of probiotic microbiomes 2. Biopesticidesbiofertilizers for expanding market value 3. Multifunctional feed additives for livestocks with high feed efficiencyability to boost immunityreduce the odder of faeces 4. Multifunctional feed additives for aquaculture with high feed efficiency, efficacy in infections |
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| Keyword | Bacillus subtilis Bacillus licheniformis Bacillus coagulans probiotic microbiomes biopesticides biofertilizers aquafeeds feed additives microbial fermentation immune regulation | ||
- tphuang@nchu.edu.tw
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