Project Vision
PtBio employs cutting-edge metagenomic analysis technology to transform resource-circular food production systems. Our mission is to establish sustainable and efficient organic waste recycling systems through scientific microbial community analysis and optimization.
By combining advanced metagenomic sequencing technology with our proprietary bioinformatics expertise, we achieve both improved efficiency in organic waste recycling and environmental sustainability. This technology enables detailed analysis of complex microbial communities, significantly improving both process efficiency and product quality.
This project advances through strategic industry-academic collaboration with the following partners:
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Yanmar Holdings: A global leader in agricultural machinery
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Hiroshima University: A leading institution in genomic research
Background: Key Challenges in Resource-Circular Food Production
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Environmental Impact Reduction and Resource Circulation: Addressing waste management challenges and reducing chemical fertilizer use through food waste composting and resource circulation
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Process Efficiency: Meeting demands for improved processing capacity and product quality in current organic waste recycling systems
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Scientific Evaluation Methods: Addressing the need for objective, scientific evaluation systems for organic waste recycling processes
PtBio's Approach
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Advanced Metagenomic Analysis:
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Analyzing complex microbial communities at the species level using advanced sequencing technology
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Conducting comprehensive analysis of microbial species distribution and functions
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Monitoring microbial community changes under different conditions for process optimization
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Optimization and Evaluation of Organic Waste Recycling:
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Conducting comparative experiments across various conditions including fermentation parameters and material composition
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Determining optimal conditions through scientific analysis
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Combining recycling technology with bioinformatics for optimal process design
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Developing comprehensive evaluation systems using multiple performance metrics
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Project Outcomes and Social Impact
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Improved Recycling Efficiency through Microbial Optimization:
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Identifying optimal processing conditions and their effects on microbial communities
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Determining effective microbial groups for organic waste decomposition
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Significantly improving processing capacity and efficiency
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Scientific Evaluation System and Advanced Product Development:
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Creating objective evaluation systems with multiple performance measures
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Enabling design of specialized microbial products
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Developing versatile recycling systems for various organic waste types
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Contributing to Sustainable Agriculture and Environmental Protection:
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Reducing environmental impact through enhanced resource circulation
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Establishing reliable production systems for high-quality organic fertilizers
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Improving crop quality and yield through soil enhancement
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Supporting the development of a circular economy
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Through these achievements and social contributions, our technology not only advances resource-circular food production systems but also plays a vital role in developing a circular economy. We continue to improve organic waste recycling technology, contributing to sustainable agriculture and environmental conservation.
