Cutom Gene Synthesis
As a pioneering force in synthetic biology, equipped with a world-class team of experts, cutting-edge technology, and advanced gene design software, Gene Universal excels in synthesizing genes of any length and complexity. We possess the capability to synthesize and clone DNA sequences of various types, including GC/AT-rich, repeated, large, and toxic sequences, into any required vectors.
Your time is valuable, and we are here to streamline your research process. Simply design your DNA sequences and submit them to us. Gene Universal guarantees 100% accurate delivery within the promised timeframe. Let us assist you in advancing your research effortlessly.
Gene Fragments
GeneUniversal’s GeneFragments are double-stranded, linear DNA fragments, or gene blocks, suitable for a wide range of research applications, offering faster delivery, cost-effectiveness, and enhanced flexibility. Shipped within a few working days, they’re perfect for gene construction or modification projects. Applicable across metabolic pathway assembly, gene variants, virus/disease research, and beyond, our GeneFragments arrive in lyophilized tubes for easy re-suspension, cloning, and screening, facilitating downstream applications.
Custom Gene Library
DNA libraries refer to a collection of large numbers of DNA sequences that have been cloned into vectors, researchers working in fields such as protein engineering, antibody engineering, enzyme engineering, synthetic biology, discovery biology, and structural biology can identify and isolate the DNA fragments interested for further study. Our library types include Site-directed Mutagenesis Library, Scanning Library, Randomized Library, Degenerated Library, and Truncation Library.
Cutsom IVT mRNA Synthesis
DNA libraries refer to a collection of large numbers of DNA sequences that have been cloned into vectors, researchers working in fields such as protein engineering, antibody engineering, enzyme engineering, synthetic biology, discovery biology, and structural biology can identify and isolate the DNA fragments interested for further study. Our library types include Site-directed Mutagenesis Library, Scanning Library, Randomized Library, Degenerated Library, and Truncation Library.