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Animal Feed Biological Processing Development
BioVenic leverages the power of microorganisms to ferment feedstuffs and utilizes enzymes to treat raw feed materials—common feed biological pretreatment methods. These techniques offer significant advantages over conventional feed processing methods, such as lower energy consumption, environmental sustainability, and improved results. Through extensive research into animal feed bioprocessing, we have crafted advanced feed fermentation and enzymatic processing solutions. Our comprehensive approach integrates feed analysis, animal nutrition and metabolite analysis, microbial strain and enzyme development, and feed biological processing optimization, fostering the development and refinement of various biological processing methods and enhancing their practical applications.
Feed Fermentation Solutions
Microbial fermentation transforms complex nutrients in feed raw materials, such as macromolecular proteins, crude fibers, and fats which are typically hard for animals to utilize, into simpler, easily absorbed nutrients like amino acids, peptides, and fatty acids. Our tailored feed fermentation solutions cover diverse feed types. Supported by our feed analysis and testing platform, microbial strain development platform, and animal research platform, we enhance the effectiveness of feed fermentation. This leads to optimized animal breeding outcomes, better animal health, and more efficient use of feed resources.
Feed Enzymatic Processing Development
The growing demand for animal breeding necessitates the expansion of feed resources, highlighting unconventional feed development as a key research area. Employing enzymes such as protease, carbohydrase, lipase, phytase, and mycotoxin-degrading enzymes, we can break down nutrients in the feed that are otherwise difficult for animals to digest while reducing harmful components. This improves the feed's nutritional composition and utilization value. Our technology platform supports enzyme development, optimization of enzymatic feed processing, detection of enzymatic products, and research into the application value of enzyme-treated feed. Our solutions enable researchers to explore enzymatic feed processing more deeply, enhancing animal growth and health.
Animal Feed Biological Processing Services
We offer a comprehensive range of detection and analysis technologies and testing platforms. These services include strain and enzyme development, biological treatment process optimization, animal feed testing, animal research support, and metabolite analysis related to animal nutrition, all aimed at developing and refining feed biological treatment processes from multiple angles.
- Development of Strains and Enzymes
Our strain and enzyme development services encompass microbial strains like Lactobacillus, yeast, and Bacillus for feed fermentation, enhancing the feed's utilization value. We also improve enzyme production efficiency through enzyme screening, modification, and heterologous expression.
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- Feed Biological Processing Optimization
In the realm of feed fermentation, key factors such as microbial inoculum, fermentation substrate, additives, and fermentation conditions (including pH, moisture, temperature, etc.) significantly influence the composition of fermentation products. Similarly, for enzyme treatments in feed, variables like enzyme dosage, contact area between enzyme and substrate, and processing conditions (e.g., temperature, pH, metal ion content) play crucial roles in the effectiveness of the enzyme action. We optimize feed bioprocessing by closely monitoring and adjusting these variables to achieve optimal outcomes.
In addition to nutrient composition analysis, we offer testing for anti-nutritional factors and mycotoxins that can affect feed efficacy. Utilizing these advanced feed testing technologies, we can assess the compositional changes in feedstuffs before and after biological treatment. This enables us to refine biological treatment processes and develop precise feed formulations based on nutrient content.
- Animal Study Solution
Leveraging our extensive experience in animal research, we provide comprehensive support using both in vivo and in vitro models to investigate the effects of biologically processed feeds across various animal species. Our in vitro models include digestion and fermentation simulations, while our in vivo models encompass a wide range of animals such as livestock, poultry, and companion animals.
Equipped with state-of-the-art instruments and products, we conduct thorough research on animal nutrition and metabolism, covering indicators such as immunity, oxidative stress, reproductive performance, and digestive function. Utilizing our advanced omics research platform, we delve into the metabolome, proteome, and microbiome of animals, offering a holistic evaluation of animal health and nutrition strategies. These analytical technologies serve as powerful tools for the development and enhancement of animal feed bioprocesses and product quality assessments.
Service Workflow for Feed Biological Processing Development
Why Choose Us?
Eco-Friendly and Resource-Efficient
We employ green, minimally polluting feed processing methods that not only enhance the development of unconventional raw materials but also reduce resource waste through biological means.
Advanced Strain and Enzyme Development
Our solutions encompass the screening, identification, and optimization of strains and enzymes integral to feed bioprocessing, thereby promoting better animal health.
Comprehensive
Evaluation
Utilizing a variety of animal models and advanced animal nutrition and metabolite analysis technologies, we assess the effectiveness of biologically processed feeds by examining animal performance and related health indicators.
Our team of researchers boasts extensive experience in creating feed bioprocessing strains, developing feed enzymes, and optimizing feed fermentation and enzymatic treatment. We also excel in studying the application of biologically processed feeds in animals. Leveraging BioVenic's feed analysis technology and animal nutrition and metabolite analysis platform, we investigate the bioprocessing of diverse animal feeds and their impacts, ultimately aiding in the optimization of feed bioprocessing. Our aim is to develop efficient and environmentally friendly feed bioprocessing methods to enhance the utilization of various biologically processed feeds in animals. If you are interested in our animal feed bioprocessing solutions, please contact us with your research needs, and we will strive to provide you with exemplary service.