Xenogene
Xenogene is a leading laboratory specializing in Metagenomics and Molecular Biology, utilizing advanced techniques to conduct complex genetic studies and identify clinical, veterinary, and food industry samples. The company is renowned for its comprehensive microbiota analysis, rapid pathogen detection, and innovative diagnostic solutions, aiming to improve health outcomes through cutting-edge research and clinical applications. It also offers specialized tests such as microbiota analysis, detection of infectious diseases, and antibiotic resistance profiling, supporting personalized medicine and reproductive health.
Industries
Nr. of Employees
small (1-50)
Products
At‑home stool collection kit with courier pickup
Single-use stool collection kit for at‑home self-collection with instructions and coordinated courier retrieval for laboratory metagenomic analysis.
Concise electronic clinical report (standardized multi-page format)
Standardized, condensed electronic report format that summarizes taxonomic findings, quantitative read-level data, functional annotations and resistance/plasmid summaries for clinician review.
At‑home stool collection kit with courier pickup
Single-use stool collection kit for at‑home self-collection with instructions and coordinated courier retrieval for laboratory metagenomic analysis.
Concise electronic clinical report (standardized multi-page format)
Standardized, condensed electronic report format that summarizes taxonomic findings, quantitative read-level data, functional annotations and resistance/plasmid summaries for clinician review.
Services
Unbiased shotgun metagenomic testing of clinical specimens to identify bacteria, viruses, fungi and parasites, including atypical or rare pathogens and reporting of resistance markers to support targeted therapy.
Metagenomic microbiota analyses across multiple body sites to characterize community composition, detect dysbiosis, assess functional potential and inform fertility or other clinical decisions.
Metagenomic panels and interpretation focused on pathogens and microbiota associated with STIs and urogenital conditions to support fertility assessment and STI diagnosis.
Concise electronic reports prioritizing key diagnostic findings with interpretive commentary, quantitative summaries, functional microbiome insights and resistance information to support clinical decision-making.
Online postgraduate-level education with practical workshops covering microbiota biology, clinical applications, metagenomic methods and bioinformatics.
Unbiased shotgun metagenomic testing of clinical specimens to identify bacteria, viruses, fungi and parasites, including atypical or rare pathogens and reporting of resistance markers to support targeted therapy.
Metagenomic microbiota analyses across multiple body sites to characterize community composition, detect dysbiosis, assess functional potential and inform fertility or other clinical decisions.
Metagenomic panels and interpretation focused on pathogens and microbiota associated with STIs and urogenital conditions to support fertility assessment and STI diagnosis.
Concise electronic reports prioritizing key diagnostic findings with interpretive commentary, quantitative summaries, functional microbiome insights and resistance information to support clinical decision-making.
Online postgraduate-level education with practical workshops covering microbiota biology, clinical applications, metagenomic methods and bioinformatics.
Expertise Areas
- Clinical metagenomic diagnostics
- Microbiome profiling and functional/metabolic analysis
- Antimicrobial resistance genomics and plasmid detection
- Bioinformatics and AI-assisted metagenomic analysis
Key Technologies
- Shotgun metagenomic next-generation sequencing (NGS)
- High-throughput library preparation
- Bioinformatics pipelines for taxonomic classification
- AI-assisted data analysis for metagenomic interpretation
News & Updates
A pediatric case where AMC identified Toxoplasma gondii in blood, enabling targeted antiparasitic treatment.
A young patient with unexplained meningitis was diagnosed with Azorhizobium caulinodans, a bacteria not typically associated with human infections.
A rare parasitic infection caused by Spirometra mansoni was identified through blood and bone marrow analysis.
A girl with non-specific symptoms was diagnosed with Borrelia burgdorferi, confirming Lyme disease.
A case of blood in semen linked to bacteria like E. coli and Fusobacterium, guiding targeted antibiotic therapy.
A patient with recurrent tonsillitis developed Lemierre syndrome caused by E. coli and Fusobacterium necrophorum.
A pediatric case where AMC identified Toxoplasma gondii in blood, enabling targeted antiparasitic treatment.
A young patient with unexplained meningitis was diagnosed with Azorhizobium caulinodans, a bacteria not typically associated with human infections.
A rare parasitic infection caused by Spirometra mansoni was identified through blood and bone marrow analysis.
A girl with non-specific symptoms was diagnosed with Borrelia burgdorferi, confirming Lyme disease.
A case of blood in semen linked to bacteria like E. coli and Fusobacterium, guiding targeted antibiotic therapy.
A patient with recurrent tonsillitis developed Lemierre syndrome caused by E. coli and Fusobacterium necrophorum.