Microbial/pathogen detection utilizing unique Bayesian statistics from any biological sample
Powerful Genomics +
Advanced Informatics =
Accurate Pathogen Detection
One Sample +
One Assay =
Multiplexed Pathogen Detection
Simultaneously detect viral, bacterial, fungal, and parasite pathogens in a single test.
Aperiomics is at the intersection of high-technology and biotechnology, providing services for pathogen detection through a novel combination of genomics and informatics. Aperiomics capitalizes on high-throughput next-generation sequencing technologies and advanced Bayesian statistics to provide more accurate results than other molecular based approaches.
Aperiomics does not rely on known sequence diversity and/or primer or probe design. Rather, it uses an unbiased sequencing and genomic analysis approach to identify microbes/pathogens in any biological sample. Aperiomics' services are a perfect fit for pathogen discovery, difficult cases of unknown etiology, pathogen surveillance. monitoring of natural animal populations, as well as pathogen detection.
DISCOVER the UNKNOWNTM
Aperiomics' Absolute*NGS℠ Pathogen Detection
combines next-generation sequencing & advanced bioinformatic analysis to detect microbes. The absolute services for all of your microbe detection needs.
Identify Known Pathogens
Identify known pathogens in virtually any sample type, including human, animal, environmental.
Discover New Pathogens
Pinpoint cause of infections of unknown etiology, outbreaks, and more.
Characterize Microbial Populations
Analyze complex samples using the power of metagenomics combined with Aperiomics' informatics innovations.
Custom sequencing and bioinformatics solutions are available for host response, 16s sequencing, or other needs.
Contact Aperiomics for additional information on services and to receive a quote.
Multiplexed unbiased pathogen identification
Contact Aperiomics any time for technical questions, quotes, orders, or just to say hello!
Monday - Friday
8am ET to 6pm ET
45945 Trefoil Lane
Sterling, VA 20166