Gene Synthesis & DNA Synthesis Services
Gene Synthesis and DNA Synthesis services enable you to custom-clone your codon-optimized genes into your desired vector for optimal protein expression, regardless of length or complexity. Our expanded offering includes a wide range of synthetic DNA solutions, including gene fragment synthesis, synthetic DNA libraries, oligo synthesis, and CRISPR synthetic solutions. With a rapid turnaround time and cost-effective pricing, GENEWIZ Multiomics and Synthesis Solutions from Azenta Life Sciences provides complete gene synthesis solutions with the quality, speed, and support you need to achieve success in your research.
What is Gene Synthesis?
Gene Synthesis is the process of creating a DNA strand base-by-base without the use of a template strand. When nucleotides are added to form a single strand of DNA, the resulting de novo DNA sequence then serves as a template for further synthesis of a complementary strand. The synthesized DNA is then cloned into a plasmid vector.
- Short oligonucleotides, also known as oligos, serve as primers and probes.
- Longer synthetic DNA sequences can be synthesized and subsequently cloned into expression vectors to study protein expression, gene regulation, and intercellular communication involving the gene of interest.
Gene synthesis techniques are used to further engineer, detect, and identify genomes spanning across infectious disease, agrigenomics, oncology, and several other molecular biology research areas.
GENEWIZ Gene Synthesis
GENEWIZ Gene Synthesis Services
DNA Synthesis Applications
Protein Engineering
Boost protein expression levels for directed evolution and rational design with codon-optimized genes.
Gene Therapy
Efficiently clone synthetic therapeutic genes into custom viral vectors to optimize expression and specificity of gene delivery.
Vaccine Development
Encode safer molecular adjuvants via cutting-edge vaccine design with codon-optimized synthetic DNA.
Genetic Engineering
Use synthetic genomes to generate novel biological functions and systems with CRISPR and other gene editing technologies.
Antibody Discovery
Expedite candidate identification and screening for targeted therapeutic antibody engineering through codon-optimized gene constructs and libraries.
Structural Biology
Use codon-optimized genes to rapidly express recombinant protein for structure determination in gene-to-protein pipelines.