A new perspective on the infant microbiome
Novabiomica integrates scientific research, bioinformatics, and next-generation technologies to observe the microbiome in the first years of life through a broader and more functional approach.
Not just which microorganisms are present, but also some of their potential biological activities and functional interactions.
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Beyond simple microbiome composition
The microbiome is a complex and constantly evolving biological ecosystem.
Many microbiome analyses are limited to identifying which microorganisms are present. Novabiomica also integrates functional indicators designed to observe some of the microbiome's potential biological activities.
HMO metabolism
Microbial metabolic pathways
Antibiotic resistance genes (ARGs)
Functional capabilities of the microbiome
A broader view of the infant microbiome
Novabiomica's analysis combines microbiome composition and function to offer a more complete characterization of the intestinal ecosystem.
Gut microbiome profile
Identification and quantification of present microorganisms with high biological resolution.
HMO utilization capacity
Analysis of microbial genes involved in the metabolism of Human Milk Oligosaccharides and associated functional capabilities.
Antibiotic resistance genes (ARGs)
Mapping of genes associated with antibiotic resistance and identification of the microorganisms that carry them within the microbiome.
Advanced functional analysis
Evaluation of the microbiome's metabolic capabilities through the analysis of functional pathways encoded in microbial genes.
Sequencing and advanced bioinformatics
Novabiomica uses next-generation sequencing (NGS) technologies and advanced bioinformatic pipelines to analyze the microbiome at a genetic and functional level.
NGS technology allows for the parallel analysis of millions of microbial DNA fragments, obtaining a more detailed characterization compared to traditional methods.
Identifies microorganisms and microbial genes
A high-resolution reading of the microbiome's genetic material.
Reconstructs metabolic pathways
Biological functions encoded in microbial genes, mapped and organized.
Organizes complex data
Advanced computational systems for a more structured and readable presentation.
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Observing the microbiome over time
The infant microbiome evolves rapidly during the different stages of growth.
Novabiomica allows for the organization and consultation of data through repeated analyses, making it possible to observe variations in the microbial ecosystem and its potential biological functions over time.
A constantly evolving scientific field
The study of the microbiome is one of the most dynamic fields of contemporary biological research.
The information available today allows for the observation of biological characteristics and functional indicators of the microbiome, but does not allow for the formulation of diagnoses or therapeutic indications.
For this reason, Novabiomica adopts a rigorous and responsible approach in presenting results, avoiding excessive simplifications or automatic clinical interpretations.
The information is for informational purposes only and does not replace medical advice. Novabiomica does not provide diagnoses or therapeutic indications.
The microbiome, observed with rigor
Research, bioinformatics, and technology at the service of a broader and more responsible reading of the infant microbiome.
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