Solutions for Industry

Engineering Biology to meet you where you are.

Transformational Breakthroughs

Transformational Breakthroughs

Applications

  • Goal: To detect, understand, prevent and treat disease — advancing precision medicine, developing next-generation therapeutics, and tackling the most complex biological conditions responsible for the greatest human suffering and mortality.

    Take on complex diseases: Advance research, prevention and treatment for cancers, drug-resistant viral, bacterial and fungal infections, diabetes, immunodeficiencies, autoimmune disorders, genetic diseases, skeletal disorders, neurodegenerative diseases and cellular degeneration.

    Develop next-generation therapeutics: Design, develop, produce and test new medicines, vaccines, gene-editing technologies and programmable cell therapies, including targeted treatments.

    Deliver Medicines & Targeted Therapies: Use genomic, molecular and cellular data to develop patient-specific interventions, improve diagnostic accuracy and precise, controlled and individualised delivery of medicines, biologics and targeted therapies to the right patient, tissue or cellular target, at the right dose and time

    Engineer and regenerate living systems: Advance regenerative medicine, tissue engineering, cellular repair and the development of biological systems capable of restoring damaged tissues and potentially repairing organs.

    Build intelligent biological diagnostics: Develop programmable biological systems that detect disease, monitor changes in cellular function and enable earlier, more precise intervention.

    Transform drug discovery and testing: Use organ-on-a-chip platforms and advanced cellular models to study disease mechanisms, evaluate drug candidates, test therapeutic responses and accelerate the development of safer, more effective treatments.

  • We use living cells as programmable production systems.

    Engineered cells that manufacture medicines, enzymes and proteins.

    Production of chemicals, biodegradable plastics and advanced materials.

    Biofabrication of fibres, coatings and specialty compounds.

    Automated biological production lines.

    Replacement of selected petroleum-based industrial processes.

  • We are making biology more measurable, predictable and computationally designable.

    Reading and interpreting DNA, RNA and protein data.

    AI-assisted design of proteins, enzymes and genetic circuits.

    Predicting cellular responses to genetic modifications.

    Automated laboratories that design, test and optimise biological systems.

    Biological data storage and molecular computing.

  • We are improving food security, productivity and resource efficiency with :

    Crops engineered for drought, heat and disease resistance.

    Biological systems that improve nutrient uptake.

    Microbes that support plant growth.

    Precision fermentation for proteins, fats and food ingredients.

    Cellular agriculture and cultivated meat research.

  • We use smart biological processes to monitor and address environmental problems.

    Biosensors that detect contaminants and toxic substances.

    Microbial processes that break down selected pollutants.

    Biological treatment of industrial wastewater.

    Carbon conversion and biological resource recovery.

    Research into ecosystem restoration and species resilience.

  • We are establishing communication and control between living systems and machines.

    Advance Brain–computer interfaces Technology

    Recording electrical signals from neurons and living tissue.

    Electrical stimulation of neural circuits.

    Interfaces connecting biological cells with electronic systems.

    Closed-loop devices that measure biological activity and adjust stimulation.

  • We develop biological capabilities for human survival, autonomous resource production and long-duration space and extreme environment missions.

    Astronaut health: cellular monitoring, disease detection and programmable therapies.

    Space biomanufacturing: on-demand production of medicines, proteins, enzymes and biomaterials.

    Regenerative life support: biological oxygen production, waste processing and resource recycling.

    Cellular studies on radiation and microgravity effects

  • We are strengthening Global Biosecurity through resilient detection, response, awareness and mitigation

    Bio-surveillance, situational awareness and intelligence

    National preparedness against biological threats.

    Advanced protective technologies,

    Combat offensive and defensive bio-countermeasures for the defence industry

    Public safety protection

  • We are protect endangered wildlife species, preserve genetic heritage of life on Earth, restore threatened species and recover lost biodiversity

    Earlier detection of extinction risks and improved protection.

    Healthier, genetically resilient wildlife populations.

    Use ancient DNA, comparative genomics, genetic engineering and reproductive science to reconstruct extinct species.

Infinite Possiblities