Synbio Technologies는 혁신적인 합성 생물학 솔루션을 제공하여 생명과학 연구 및 개발을 지원하는 기업입니다.
The General Introduction of High-throughput Gene Synthesis
High-throughput gene synthesis is a technological platform capable of simultaneously processing a wide variety of gene synthesis tasks. This system aims to enhance the efficiency and yield of gene synthesis, catering to the demands of large-scale scientific research projects and industrial production. High-throughput gene synthesis has extensive applications across various fields, including but not limited to vaccine development, protein/antibody engineering, synthetic biology, genetic mutation library construction, metabolic engineering, structural and functional research, etc.
Here, at Synbio Technologies, we are proud to introduce our high-throughput gene synthesis service. We have meticulously crafted a cost-effective, high efficiency DNA design and manufacturing solution through the use of our cutting-edge high-throughput technology platforms and intelligent operating systems. By using our parallel processing capabilities and highly optimized production processes, we have achieved unprecedented levels of efficient output and cost-benefit ratios.
Highlights
High Throughput
Simultaneous synthesis of a large number of gene fragments
High Efficiency
Shorten the synthesis time
Precise Synthesis
Deliver 100% accurate DNA sequences
Low Cost
Our price is much lower than traditional gene synthesis
Included
Free codon optimization, vector build and storage
Service Details
Deliverables
2~5 µg lyophilized plasmid DNA
Sequencing chromatogram
Certificate of analysis (COA)
FAQs
What is high-throughput gene synthesis?
High-Throughput Gene Synthesis is a technological platform capable of simultaneously handling a large number of tasks related to gene synthesis. This service is able to enhance the efficiency and yield of gene synthesis, catering to the demands of large-scale scientific research projects and industrial production.
What are the applications of high-throughput gene synthesis service?
Vaccine Development: Rapid synthesis of vaccine candidate genes to accelerate vaccine research and the development process.
Protein/Antibody Engineering: Synthesis of genes encoding specific proteins, antibodies for structural and functional studies, and drug development.
Synthetic Biology: Construction of genetic elements or pathways required for synthetic biological systems.
Genetic Mutation Library Construction: Synthesis of numerous mutated genes for screening gene variants with specific functions.
Metabolic Engineering: Optimizing metabolic pathways to enhance the yield or efficiency of target products.
Structural and Functional Research: Investigating the relationship between genes or protein structure and function.
How to choose a reliable high-throughput gene synthesis service provider?
When selecting a high-throughput gene synthesis service provider, consider the following factors:
Technical Strength: Understand the provider's technical expertise and experience in the field of gene synthesis.
Service Quality: Assess the provider's quality control system and service process.
Delivery Timeline: Inquire about the provider's delivery timeframes to ensure they align with your project needs.
Pricing: Compare prices among different providers and choose one that offers a good balance between cost and value.
Customer Reviews: Review customer feedback to gain insights into the provider's reputation and service quality.
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High Performing DNA-RNA-Protein Molecules
Oligonucleotide Diagnostics & Therapeutics
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