Sequencing Services
Microbial Dark Matter Illuminated.
Discover microbial dark matter with our state of the art single-cell sequencing services. From community analysis with 16s or shotgun metagenomics to our deepest resolution single-cell sequencing, bitBiome has the tools to uncover species and strains like never before.
A lineup of powerful services.
Our passion and purpose is to harness all that nature has provided to build a more sustainable future for ourselves and our planet.
Our sequencing services provide you with the data needed to push your research to new levels. It’s as easy as collecting samples, shipping them off, and we do the rest.
Collect
Human, Animal, Environmental
Ship
No prep work required
Receive Report
Full bioinformatics report including taxonomies
Our Services
Single-Cell Sequencing
Metagenomics
RNA-seq
Amplicon Analysis (16S/18S/ITS)
Single-Cell Sequencing
Our single-cell sequencing platform provides the most comprehensive and in depth sequence information for microbes from a variety of sample types without the need for isolation or culturing. With our method, microbial dark matter has never been easier to discover. Identify strain level differences and discover new species from a range of sample types including human, animal, and environmental.
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Metagenomics
Comprehensively analyze samples for community level composition, ecological interactions, and dynamics in complex samples without the need for isolation or culturing.
RNA-seq
RNA sequencing for prokaryotes and eukaryotes, for in-depth transcriptomic analyses.
Amplicon Analysis (16S/18S/ITS)
Targeted sequencing of 16S, 18S, or ITS rRNA fragments for a cost- and time-efficient alternative to whole genome sequencing.
Miniaturized metagenomics
The workflow to outshine all the others
Our newly developed multi-drop method provides 10x the data while still retaining single-cell resolution.
bitBiome has developed a game-changing hybrid approach, combining the high throughput of shotgun with the resolution of single-cell sequencing. With the ability to reconstruct whole genomes in a high throughput way, we’re changing how researchers analyze samples and providing the data for breakthroughs in human health, crop health and beyond.
