Whether you need next-generation cloning tools, industry-leading gene synthesis services, optimized protein expression or want to outsource the entire process from gene synthesis to protein production, GeneArt® custom services and related products can help streamline your research and workflow.

Explore these innovative tools for synthetic biology, genetic engineering, and molecular biology.

Custom services

 

Gene Synthesis

Complex Genes, Optimization, High Order DNA Assembly, Synthetic Pathways, Synthetic Vaccines

   
 

GeneArt® Strings™ DNA Fragments

Custom DNA fragments up to 1,000 bp, ready for cloning, delivered in 5-7 business days

   
 

Plasmid Preparation and Subcloning

Subcloning in Vector of Your Choice, Gateway® Cloning, High Quality Plasmid Preparation

   
 

Protein Production and Cell Line Development

Expression Optimization, High Yield Protein Expression, Stable Cell Line Development

   
 

Directed Evolution

Introduction of mutations in existing constructs(e.g. substitutions, insertions)

   
 

GeneArt® Precision TALs

Precise genome editing has arrived. GeneArt® Precision TALs for every gene loci.

Products & kits

 

Seamless Cloning and Genetic Assembly

High-efficiency enzyme mix, kits, and systems for in vivo and in vitro cloning

     
 

Single and Multisite-Directed Mutagenesis

Generate substitutions, deletions, or insertions in virtually any plasmid

   
 

Algae Engineering Kits

Quality algae engineering for reliable, meaningful results

   
 

Gene Synthesis Kit & CorrectASE™

Gene Synthesis Kit with CorrectASE™ enzyme provides all the reagents necessary for the gene synthesis workflow

   

 

Free Construct & Primer Design Web Tool

Step-by-step, this online tool guides users through experimental design and ordering, designing oligos for assembly or mutagenesis of DNA molecules in silico

   

 

Vector NTI® Bioinformatics Software

Suite of sequence analysis and design tools that helps you to manage, view, analyze, transform, share, and publicize diverse types of molecular biology data