The General Introduction of Small Genome Synthesis
Yeast automatically connects multiple DNA segments without the need for DNA polymerase and ligase. This unique capability allows for the construction of plasmids exceeding 10kb with quick turnaround times. As such, yeast homologous recombination technology is proving to be an invaluable asset for the rapid and efficient assembly of long DNA fragments and genomes.
Synbio Technologies leverages yeast homologous recombination technology to offer comprehensive services for long gene, gene cluster, and small gene synthesis/assembly. We ensure that the delivered plasmids are assembled correctly to meet the needs of experiments and R&D. To uphold the highest standards, we guarantee 100% accuracy on all of our
DNA plasmids.
Highlights
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- Delivery of Long Fragment Gene up to 200kb
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- Free Codon Optimization
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- Comprehensive Yeast Assembly Technology
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- One-stop Service for Gene Synthesis, Assembly, and Sequencing
Service Details
Services
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Details
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Turnaround Time
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Price
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Synthesis of gene clusters and small genomes
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Customized service for metabolic pathway synthesis
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<10kb, 4-6 weeks
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Inquire
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>10kb,Inquire
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Workflow
Diagram of the synthesis and assembly platform of gene clusters and small genomes
Deliverables
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Synthetized gene clusters
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Small genome plasmid
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Glycerol bacteria
FAQs
We offer gene synthesis up to 200kb.
DNA Assembly Service refers to the process of assembling and splicing synthetic gene fragments according to specific sequences and structures.This aids in the construction of complete genomes or gene segments. DNA assembly is crucial for achieving tasks such as large-scale gene synthesis, genome design, and the de novo design of new biological systems.
• Accuracy and Ligation Efficiency
• Splicing Times
• Handling of Polymeric Sequences, Long Repetitive Sequences, and Non-Canonical DNA Structures
Resources
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