How we help
Protein Engineers
Tap into our class-agnostic, protein design and discovery technologies, whether you work on gene editors, antimicrobial peptides, industrial enzymes or polymerases
Tap into 4 billion years of evolution
Propel your R&D with insights from the global proteome
Relying solely on directed evolution for protein engineering often falls short in terms of cost, time, throughput required, and ultimate success. However, lack of understanding of relationships between sequence, structure and function hampers elegant protein design.
Harnessing insights from our map of the global proteome, we’re learning the fundamental design principles of proteins to bid farewell to trial and error and replace it with efficient and informed protein engineering.
Let us help you harness data-driven insights for protein engineering.
Send us a messageHarnessing insights from our map of the global proteome, we’re learning the fundamental design principles of proteins to bid farewell to trial and error and replace it with efficient and informed protein engineering.
Let us help you harness data-driven insights for protein engineering.
As your in silico partner
Basecamp Research supercharges your R&D
Access global biodiversity
Discover new enzymes, gene editors, antimicrobial peptides more
Explore proteins from extremophiles to host associated microbes
Learn from full-length metabolic pathways, CRISPR arrays and biosynthetic gene clusters
Accelerate lab testing
Overcome throughput challenges with our graph-based sequence selection
Prioritise solubly expressible proteins optimal for your process conditions
Identify enzymes with altered or novel substrate specificity
Adhere to regulation
Achieve freedom-to-operate (FTO) with our highly divergent sequences
Align with the Nagoya Protocol with our fully compliant sequences
Match homologous genes from related taxonomies to your strain
Unprecedented biological context
Protein diversity mapped for machine learning
We're on a mission to map the entire global proteome to derive the most in-depth understanding of how proteins function. We're deriving these insights using graph machine learning algorithms on our representative dataset and layers of associated metadata.
See how we can solve your protein engineering challenges.
See how we can solve your protein engineering challenges.
Protein
What can we discover with over 3x more unique and diverse proteins than UniProt?
Rare enzyme classes
Naturally occuring engineering outcomes
Genome
What can we learn from
accurate metagenomic sequences of over 50kb on average?
accurate metagenomic sequences of over 50kb on average?
Mobile genetic elements
Biosynthetic gene clusters & natural products
Novel metabolic branches
Population
What can we understand from microecological interactions between millions of species?
Microbial warfare (such as phages & bacteriocins)
Shared metabolic pathways
Crop synbionts
Sample
What can we infer from
environmental, geological and chemical conditions?
environmental, geological and chemical conditions?
Learn from pH, temperature and mineral tolerant proteins
Where to find more of your protein classes of interest
Partner with us
See how we can help with your target enzymes and applications
We partner with people all across the bioeconomy, including agritech, food, API manufacture, cosmetics & more.
So whether you're a synthetic biologist developing living therapeutics, a metabolic engineer enhancing biofuel production, or an enzymologist designing biocatalysts for bioplastics, give us a shout!
So whether you're a synthetic biologist developing living therapeutics, a metabolic engineer enhancing biofuel production, or an enzymologist designing biocatalysts for bioplastics, give us a shout!
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Rooted in Access and Benefit Sharing
Future-proofed data collection
At the heart of our biodiscovery process is a our commitment to Access and Benefit Sharing (ABS). ABS is a cornerstone principle of the Convention on Biological Diversity and its Nagoya Protocol, which seeks to ensure fair and equitable sharing of benefits arising from the utilisation of genetic resources.
We're building a robust model for long term biodiversity protection through our global sampling partnerships. Each of our samples is collected in compliance with the Nagoya Protocol and with pre-negotiated permission to commercialise with our industry partners. Our aim is to create a world where industrial innovation protects, supports and revitalises our natural biodiversity.
We're building a robust model for long term biodiversity protection through our global sampling partnerships. Each of our samples is collected in compliance with the Nagoya Protocol and with pre-negotiated permission to commercialise with our industry partners. Our aim is to create a world where industrial innovation protects, supports and revitalises our natural biodiversity.
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Solve your protein bottlenecks
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