While traditional chemical methods limit DNA lengths to 200 nucleotides, the demand for kilobase to megabase-level genes, even entire genomes, necessitates the support of advanced in vitro assembly technologies. Tsingke stands at the forefront of overcoming key challenges in genome synthesis, particularly focusing on advancing long DNA synthesis and assembly technologies.
With years of expertise and ongoing innovation, we've transcended the boundaries of genetic synthesis. Our breakthroughs include mastering the core technology of yeast assembly for multiple segments and large fragments, enabling precise and efficient one-step assembly of DNA fragments in Saccharomyces cerevisiae. We've also achieved industrial-scale production of 50 kb large DNA fragment, with demonstrated capabilities to deliver fragments as long as 200 kb.
Our Gene Factory boasts state-of-the-art long fragment synthesis and assembly technologies. We are dedicated to providing customized solutions for metabolic pathway synthesis, genome synthesis, and assembly, while also supporting DNA digital storage and fundamental life science research. Through our technological advancements, we aim to tackle pressing issues such as food scarcity, drug development, disease treatment optimization, environmental challenges, and innovative data storage solutions.
