What is Synthetic Biology?

Synthetic biology combines molecular biology and systems biology with engineering principles to design biological systems & bio-factories. The aim is to create improved biological functions to fight current & future challenges.

We believe synthetic biology will change the way we create energy, produce food, optimize industrial processing; detect, prevent, and cure disease. We are committed to offering unparalleled technology and solutions to this research community. Through science and engineering, this unique area enables researchers to study, alter, create, and re-create highly complex pathways, DNA sequences, genes, and natural biological systems, in order to understand and answer some of life’s most challenging questions.

Featured synthetic biology categories

Synthetic Biology Applications

All the disciplines where synthetic biology tools are used like life sciences, Biofuels and vaccine production.

Synthetic Biology Savings

All the latest offers and discounts on synthetic biology tools.

Synthetic Biology Products

All tools for synthetic biologists from Gene Synthesis, cloning tools and design software.

Synthetic Biology Webinar Series

Subscribe for upcoming live webinars or view our library of past webinars at your leisure.

Synthetic Biology Custom Services

All available custom services from cloning, expression, to host engineering.

Synthetic Biology Videos

All of our latest educational & technology videos.

Synthetic Biology Posters



Look for Synthetic Biology on:   

Step-by-step guide to synthetic biology products & *services

*Synthetic Biology Services: Our team of bioinformatic modelers, molecular biologists, and fermentation engineers has the expertise and capability for gene discovery and pathway data development via genome & transcriptome characterization, detailed assessments, gene characterization, protein classification and pathway assignment.

Step 2: In Silico Design:  Apply rational design software to optimize gene expression for optimal and predictable outcomes


  • Bioinformatics
  • Modeling simulation
  • Design implementation
  • Metabolic engineering
  • Organism optimization

Step 4: Cell factories, production:  From small scale research to industrial production in applied markets, put it all together with a complete toolbox of products and services for superior cell growth and protein production