Benchling for Strain Engineering R&D

Track and interlink a wide range of biological components, map complicated biological systems, manage fermentation data, and integrate in-process and end product characterization.

Strain Engineering Research

  • Manage wide range of biological components used with clearly described properties.

    • Design and develop engineered strains with molecular biology tools such as bulk assembly
    • Create a registry of all your strains and constructs with customizable data models and sequence-level intelligence
    • Link physical inventory of constructs to your registry entries
  • Design complicated workflows used for the construction of biological systems.

    • Create custom workflows to suit systems bio, synthetic bio, or evolutionary engineering applications
    • Flexibly edit workflows as engineering strategies change
    • Trace engineering workflows, strains used, and the corresponding products generated
  • Characterize and model to support rational engineering.

    • Integrate genomics, transcriptomics, proteomics, metabolomics, and fluxomics results
    • Combine characterization results to improve in-silico modeling approaches
    • Track iterative improvement in strain function and substrate generation

Zymergen: Integrating the custom solutions of a technology powerhouse

Read how Zymergen uses Benchling as a central platform to unite their custom tools and collaborate seamlessly across teams.
Download Case Study

Strain Engineering Development

  • Overcome scale-up and process development challenges.

    • Design fermentation process development studies
    • Monitor fermentor process parameters in real-time
    • Create and share standardized processes for scale-up
  • Simplify manufacturing of engineered biosystems.

    • Access complete process development history
    • Integrate with large-scale production equipment
    • Map entire production process on a single platform
  • Integrate results from analytical core throughout production.

    • Integrate with cutting-edge instruments and analytical tools to model complex assays
    • Link strain performance to characteristics of by-products such as metabolites and enzymes
    • Establish a continuous feedback loop between process development, production, and analytical

Synlogic + Benchling

Working at the intersection of biology and engineering, Synlogic is pioneering the application of synthetic biology to design living therapeutics programmed to treat disease in new ways.
Download Case Study

Join over 170,000 scientists using
Benchling to power life science R&D