Synthetic Biology

Building A Better Tomorrow

Unlock the power of synthetic biology that is shaping the world through innovation, groundbreaking discoveries and creating a sustainable future.

Synthetic biology aims to harness the power of life’s systems to engineer cleaner energy, improve industrial processes, and revolutionize medicine. Cleaner and greener solutions are the responsibility of scientists and their business partners.

Validating and data quality are key when scientists and their business partners are seeking groundbreaking discoveries. But the process can be time consuming, put the data quality at risk and doesn’t provide total solutions for the synthetic biology workflow.

Our tools and technologies support the goals of Caring for People and Our Planet by decreasing hands-on time and plastic waste in synthetic biology workflows, while maintaining accuracy and reproducibility in analytical results.

Interactive Synthetic Biology Workflow

Various tools and techniques are used to support design, construction and analysis of synthetic biological systems.

Our instruments and reagents streamline synthetic biology workflows by automating key steps from construction through analysis, which facilitates high-throughput early discovery and ensures repeatability through scale up.

Interact with different steps of the workflow below to learn which products help accelerate your synthetic biology workflow.

<--!=============TAB LABELS START=============--> <--!============= LABEL 1=============--> Target ID & Validation <--!============= LABEL 2=============--> Strain Development
Design and create a specific strain by harnessing the power of genetic engineering <--!============= LABEL 3=============--> Strain & Growth Optimization
Maximize yield, quality and efficiency of the microbial based process with our solutions <--!============= LABEL 4=============--> Process Development
Improve production by making your process scalable, reproducible and effective <--!============= LABEL 5=============--> Manufacturing <--!=============TAB LABELS END=============--> <--!============= CONTENT 1=============-->

Gene Assembly

Transformation/
Strain Construction

Strain Growth/
Fermentation

Sample Prep

Omics Analysis