Services
Technology and Advanced Analytics.
Mathematical modeling applied to animal production; M-TGI-ID: Metagenomic analysis of 16s rRNA.
Speak to a specialist.Technology services for optimization from poultry and swine production
OPTA & Feed2Gain® offer producers and consultants a new way to evaluate nutritional strategies, exploring animal growth, nutrition, and production costs in an integrated manner, with the goal of supporting more efficient and economically sustainable decisions.
Food cost minimization solutions for poultry industry
O BroilerOPT™ It is an advanced mathematical modeling and nutritional optimization software for broiler chickens, developed to support strategic decisions in nutrition, production, and marketing. The software simulates, step by step, how the chicken responds to nutrition throughout the entire production cycle. Optimization is driven by:
Far beyond the minimum cost.
O BroilerOPT™ It includes minimum cost formulation as a support, but goes far beyond that:
Analyzes the impact of energy, protein, and amino acids on the cost per bird;
It shows why a diet is the best choice for that scenario.
It integrates nutrition and market objectives.
It offers clear graphical visualizations to support strategic decisions.
The nutritionist stops reacting to problems and starts anticipating results, reducing risks and surprises throughout the production chain.
View ResultsPrecise control of usage enzymes e additives
O BroilerOPT™ It allows for the evaluation of the real impact of enzymes and low-inclusion products.
Determination of nutritional matrix values based on studies or field results.
Simulation of the effect on energy, protein, and amino acids.
Assessment of the impact on conversion, growth, and carcass composition.
Thus, the use of enzymes ceases to be empirical and becomes technically controlled and economically measurable.
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M-TGI-ID: Metagenomic analysis of 16S rRNA.
OPTA's M-TGI-ID service performs metagenomic analysis based on the 16S rRNA gene for the identification and characterization of bacterial communities in different matrices.
Through standardized laboratory and bioinformatics workflows, we deliver a robust view of the microbiological profile, supporting technical and strategic decisions in quality, biosafety, R&D, and process monitoring.
The 16S rRNA approach allows for the assessment of diversity, community structure, and relative abundances of bacteria, with results presented in clear and interpretable reports for technical teams and managers. This service can be applied to studies comparing treatments, evaluating the impacts of interventions (e.g., additives, sanitizers, management changes), and tracking microbiological variations over time.
Understand the health of your production through:
Taxonomic identification (at levels such as phylum, family, genus and, where applicable, species)
Indicators of microbial diversity and richness
Comparisons between groups/conditions and similarity analysis between samples.
Visualizations and interpretation geared towards the project's objective.
With M-TGI-ID, OPTA transforms complex microbiological data into actionable insights, accelerating the understanding of the bacterial ecosystem and strengthening evidence-based decision-making.
Speak to a specialist.
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Do you want to understand how these solutions can help your company reduce costs, increase predictability, and optimize results?
Contact OPTA and schedule a demonstration to see the tools in action and learn how to reduce costs without sacrificing performance.
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