Facilities
We host world-class, end-to-end facilities to rapidly design, scale and de-risk sustainable protein innovations from lab to market.
Cell engineering
Our AI-powered biofoundry automates pathway design, DNA assembly and high-throughput screening to generate optimised strains in days.
A droplet-microfluidic CRISPR platform with on-chip phenotyping plus real-time multi-omics dashboards and machine-learning slash fermentation optimisation from months to weeks.
Core Research Areas
In-silico design → oligo synthesis: ML-powered pathway modelling feeds a DNA Script SYNTAX printer for overnight, on-site oligo production.
Construct build → assembly: Labcyte Echo 525/550 acoustic dispensers and Biomek i7 robotics assemble thousands of plasmids daily in nanolitre volumes.
Genome editing: A droplet-microfluidic array delivers multiplex CRISPR edits and electroporation at >10³ strains min-¹.
HT screening & analytics: PIXL colony picker, iSeq100/MinION sequencing and Clariostar plate readers stream genotype-phenotype data to live dashboards.
World class biofoundry access: London, DTU Biosustain & National University of Singapore
Scale UP – Microbial
Our AI-powered biofoundry automates pathway design, DNA assembly and high-throughput screening to generate optimised strains in days.
A droplet-microfluidic CRISPR platform with on-chip phenotyping plus real-time multi-omics dashboards and machine-learning slash fermentation optimisation from months to weeks.
Core Research Areas
In-silico design → oligo synthesis: ML-powered pathway modelling feeds a DNA Script SYNTAX printer for overnight, on-site oligo production.
Construct build → assembly: Labcyte Echo 525/550 acoustic dispensers and Biomek i7 robotics assemble thousands of plasmids daily in nanolitre volumes.
Genome editing: A droplet-microfluidic array delivers multiplex CRISPR edits and electroporation at >10³ strains min-¹.
HT screening & analytics: PIXL colony picker, iSeq100/MinION sequencing and Clariostar plate readers stream genotype-phenotype data to live dashboards.
World class biofoundry access: London, DTU Biosustain & National University of Singapore
Food Processing Technologies
Our AI-powered biofoundry automates pathway design, DNA assembly and high-throughput screening to generate optimised strains in days.
A droplet-microfluidic CRISPR platform with on-chip phenotyping plus real-time multi-omics dashboards and machine-learning slash fermentation optimisation from months to weeks.
Core Research Areas
In-silico design → oligo synthesis: ML-powered pathway modelling feeds a DNA Script SYNTAX printer for overnight, on-site oligo production.
Construct build → assembly: Labcyte Echo 525/550 acoustic dispensers and Biomek i7 robotics assemble thousands of plasmids daily in nanolitre volumes.
Genome editing: A droplet-microfluidic array delivers multiplex CRISPR edits and electroporation at >10³ strains min-¹.
HT screening & analytics: PIXL colony picker, iSeq100/MinION sequencing and Clariostar plate readers stream genotype-phenotype data to live dashboards.
World class biofoundry access: London, DTU Biosustain & National University of Singapore
Food Technologies Analysis
Our AI-powered biofoundry automates pathway design, DNA assembly and high-throughput screening to generate optimised strains in days.
A droplet-microfluidic CRISPR platform with on-chip phenotyping plus real-time multi-omics dashboards and machine-learning slash fermentation optimisation from months to weeks.
Core Research Areas
In-silico design → oligo synthesis: ML-powered pathway modelling feeds a DNA Script SYNTAX printer for overnight, on-site oligo production.
Construct build → assembly: Labcyte Echo 525/550 acoustic dispensers and Biomek i7 robotics assemble thousands of plasmids daily in nanolitre volumes.
Genome editing: A droplet-microfluidic array delivers multiplex CRISPR edits and electroporation at >10³ strains min-¹.
HT screening & analytics: PIXL colony picker, iSeq100/MinION sequencing and Clariostar plate readers stream genotype-phenotype data to live dashboards.
World class biofoundry access: London, DTU Biosustain & National University of Singapore
Nutrition
Our AI-powered biofoundry automates pathway design, DNA assembly and high-throughput screening to generate optimised strains in days.
A droplet-microfluidic CRISPR platform with on-chip phenotyping plus real-time multi-omics dashboards and machine-learning slash fermentation optimisation from months to weeks.
Core Research Areas
In-silico design → oligo synthesis: ML-powered pathway modelling feeds a DNA Script SYNTAX printer for overnight, on-site oligo production.
Construct build → assembly: Labcyte Echo 525/550 acoustic dispensers and Biomek i7 robotics assemble thousands of plasmids daily in nanolitre volumes.
Genome editing: A droplet-microfluidic array delivers multiplex CRISPR edits and electroporation at >10³ strains min-¹.
HT screening & analytics: PIXL colony picker, iSeq100/MinION sequencing and Clariostar plate readers stream genotype-phenotype data to live dashboards.
World class biofoundry access: London, DTU Biosustain & National University of Singapore
Artificial Intelligence
Our AI-powered biofoundry automates pathway design, DNA assembly and high-throughput screening to generate optimised strains in days.
A droplet-microfluidic CRISPR platform with on-chip phenotyping plus real-time multi-omics dashboards and machine-learning slash fermentation optimisation from months to weeks.
Core Research Areas
In-silico design → oligo synthesis: ML-powered pathway modelling feeds a DNA Script SYNTAX printer for overnight, on-site oligo production.
Construct build → assembly: Labcyte Echo 525/550 acoustic dispensers and Biomek i7 robotics assemble thousands of plasmids daily in nanolitre volumes.
Genome editing: A droplet-microfluidic array delivers multiplex CRISPR edits and electroporation at >10³ strains min-¹.
HT screening & analytics: PIXL colony picker, iSeq100/MinION sequencing and Clariostar plate readers stream genotype-phenotype data to live dashboards.
World class biofoundry access: London, DTU Biosustain & National University of Singapore
Cell Banks
Our AI-powered biofoundry automates pathway design, DNA assembly and high-throughput screening to generate optimised strains in days.
A droplet-microfluidic CRISPR platform with on-chip phenotyping plus real-time multi-omics dashboards and machine-learning slash fermentation optimisation from months to weeks.
Core Research Areas
In-silico design → oligo synthesis: ML-powered pathway modelling feeds a DNA Script SYNTAX printer for overnight, on-site oligo production.
Construct build → assembly: Labcyte Echo 525/550 acoustic dispensers and Biomek i7 robotics assemble thousands of plasmids daily in nanolitre volumes.
Genome editing: A droplet-microfluidic array delivers multiplex CRISPR edits and electroporation at >10³ strains min-¹.
HT screening & analytics: PIXL colony picker, iSeq100/MinION sequencing and Clariostar plate readers stream genotype-phenotype data to live dashboards.
World class biofoundry access: London, DTU Biosustain & National University of Singapore