BioMathematica

www.biomathematica.com

At Biomathematica, we believe mathematics has the power to revolutionize biology. We have developed a Systems Biology approach to characterize, predict, engineer, control and optimize simple and complex microbial communities. We use this technology for: -The development of probiotics / prebiotics / synbiotics and live biotherapeutics targeting the human microbiome. -The engineering of bacterial strains or consortia targeting the animal, environmental and artificial microbiome(s). -The design of new metabolic pathways involving several bacterial or unicellular strains. -Other bioinformatics services such as Shotgun Metagenomic data analysis, Strain level resolution for bacteria, virus, fungi, protists (WGS), Gene characterization (antibiotic resistance, virulence factors and function), SNP analysis, 16S / 18S / 23S / ITS amplicon data analysis, metatranscriptomics, metabolomics, metaproteomics From omics data analysis to strain optimization, metabolic modeling and personalized microbiome simulations, BioMathematica wants to transform the microbiome field. # Bioinformatics #Biosimulation #SystemsBiology #PersonalizedMedicine #InSilicoClinicalTrial #StrainOptimization #Metagenomic #Metatranscriptomic #Metabolomic #Metaproteomic #AI #nutrition #Biomathematics

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At Biomathematica, we believe mathematics has the power to revolutionize biology. We have developed a Systems Biology approach to characterize, predict, engineer, control and optimize simple and complex microbial communities. We use this technology for: -The development of probiotics / prebiotics / synbiotics and live biotherapeutics targeting the human microbiome. -The engineering of bacterial strains or consortia targeting the animal, environmental and artificial microbiome(s). -The design of new metabolic pathways involving several bacterial or unicellular strains. -Other bioinformatics services such as Shotgun Metagenomic data analysis, Strain level resolution for bacteria, virus, fungi, protists (WGS), Gene characterization (antibiotic resistance, virulence factors and function), SNP analysis, 16S / 18S / 23S / ITS amplicon data analysis, metatranscriptomics, metabolomics, metaproteomics From omics data analysis to strain optimization, metabolic modeling and personalized microbiome simulations, BioMathematica wants to transform the microbiome field. # Bioinformatics #Biosimulation #SystemsBiology #PersonalizedMedicine #InSilicoClinicalTrial #StrainOptimization #Metagenomic #Metatranscriptomic #Metabolomic #Metaproteomic #AI #nutrition #Biomathematics

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City (Headquarters)

Ajaccio

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Employees

1-10

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Founded

2017

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  • Chief Executive Officer

    Email ****** @****.com
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