Processing
Genes & gene fragments
Benefits of codon optimization
Planning to express a gene in an heterologous system? Learn how rebalancing codon usage is important for optimizing protein expression. While there are no known methods to predict protein expression, as numerous factors contribute to ultimate protein yield, codon optimization plays a critical role.
- Targeting antibiotic resistant microbial infections with synthetic biology
- Antigen-specific B cell enrichment for faster, more efficient antibody discovery
- The molecular characterization of new protein structures using eBlocks™ Gene Fragments
- Site-directed mutagenesis—Improvements to established methods
- Increase genetic stability with synthetic biology
- Characterization of antitumor CD8+ T cells in melanoma to optimize immune response
- IDT Codon optimization tool makes synthetic gene design easy
- gBlocks™ Gene Fragments used in an antibody discovery workflow to test the efficiency of tumor-reactive antibodies
- Systems and synthetic biology: constructing smart and programmable microbes to address global problems
- CRISPR GUARD: A short gRNA-based system that facilitates precise genome edits
- Tips for designing spike-in controls for next generation sequencing analysis
- Tips for working with IDT Gene Fragments
- Benefits of codon optimization
- Codon optimization tool makes synthetic gene design easy
- Cloning strategies: Blunt-end cloning
- Cloning strategies: Cohesive end cloning
- Site-directed mutagenesis methods
- Seamless assembly and cloning
