Our vision
Transforming genomic data into predictive biology.
Our data and models are leveraged across widespread industries to create new products, refine existing processes, and power new ideas that will change our world.
Press Releases
bitBiome and Tojo Vikas Announce Strategic Collaboration in Sustainable Flavor & Fragrance Biomanufacturing
February 4, 2026
Press Releases
bitbiome Achieves Major Milestone with Joint Research Partner
December 9, 2025
Media Mentions
bitBiome selected as Forbes Asia 100 to watch 2025
August 29, 2025
Press Releases
"Bio-recycling of Waste Plastic Resources" Project Selected for NEDO's Bio-manufacturing Revolution Program
August 29, 2025
Press Releases
bitBiome Awarded Enzyme Development Contract from Sanwa Starch Co., Ltd. for Project Selected under NEDO’s Biomanufacturing Project
July 7, 2025
Press Releases
Adoption of Endolysin Therapeutic for Japan Agency for Medical Research and Development (AMED) Project
June 16, 2025
Press Releases
bitBiome Announces Strategic Partnership with Leading CMO for Manufacturing and Supply of Products
June 9, 2025
Press Releases
bitBiome has been granted a patent for a unique single-cell sequencing platform.
May 20, 2025
Press Releases
bitBiome Accelerates Global Expansion with Strategic Leadership Hires
April 28, 2025
Press Releases
bitBiome and Tojo Vikas Announce Strategic Collaboration in Sustainable Flavor & Fragrance Biomanufacturing
February 4, 2026
Press Releases
bitbiome Achieves Major Milestone with Joint Research Partner
December 9, 2025
Press Releases
"Bio-recycling of Waste Plastic Resources" Project Selected for NEDO's Bio-manufacturing Revolution Program
August 29, 2025
Press Releases
bitBiome Awarded Enzyme Development Contract from Sanwa Starch Co., Ltd. for Project Selected under NEDO’s Biomanufacturing Project
July 7, 2025
Press Releases
Adoption of Endolysin Therapeutic for Japan Agency for Medical Research and Development (AMED) Project
June 16, 2025
Press Releases
bitBiome Announces Strategic Partnership with Leading CMO for Manufacturing and Supply of Products
June 9, 2025
Press Releases
bitBiome has been granted a patent for a unique single-cell sequencing platform.
May 20, 2025
Press Releases
bitBiome Accelerates Global Expansion with Strategic Leadership Hires
April 28, 2025
Press Releases
bitBiome Secures Second Close of Global Seed Extension Funding
January 27, 2025
Case Studies
Enzymes at work.
From pharma to food, plastics to gene editing, discover how our enzymes and sequences are already shaping the future of our planet.
Drug Biomanufacturing Case Study
A stronger, more diverse toolkit of transaminase enzymes requires going back in evolutionary time through ancestral sequence reconstruction.
Drug Discovery Case Study
Drug-resistant bacteria are a rising threat to global health. Endolysins may be our best new weapon in the battle.
Food & Agriculture Case Study
Our changing world needs amylases that can keep up with the demands of existing industries and support new ones.
Life Science Case Study
CRISPR fundamentally altered our scientific landscape, but to keep doing so, we need a suite of Cas proteins to match its impact.
Partners for a better planet.
Publications and Scientific Resources
Go deeper into the science behind our technology.
Publications
Strain-level profiling of viable microbial community by selective single-cell genome sequencing
Publications
Revealing within-species diversity in uncultured human gut bacteria with single-cell long-read sequencing
Publications
Exploring strain diversity of dominant human skin bacterial species using single-cell genome sequencing
Blog
bits and Biomes
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Application Notes
High-quality draft single-cell genome sequences obtained from uncultivated cells from soil using the single-cell sequencing platform bit-MAP®
Publications
Recovery of strain-resolved genomes from human microbiome through an integration framework of single-cell genomics and metagenomics
Publications
Revealing within-species diversity in uncultured human gut bacteria with single-cell long-read sequencing
Application Notes
Single-cell sequencing for the discovery of microbial dark matter genes
