All Categories - SBS Genetech - for Superior Biology Services since 2000

Human ORF Gene Cloning Service

The SBS Genetech Human Open Reading Frame (ORF) Library comprises approximately 15,000 human ORF clones, including around 12,000 well‑annotated genes. Each ORF represents the protein‑coding region between the start and stop codons, excluding the 5' and 3' untranslated regions (UTRs). All clones are generated by reverse‑transcribing mRNA into cDNA followed by Gateway BP recombination into the pDONR223 entry vector, and are intentionally provided without a stop codon to support flexible downstream tagging and expression. Using Gateway LR reactions or PCR‑based cloning, researchers can readily transfer any ORF into a wide range of expression vectors. Through the Human ORF Gene Cloning Service, SBS Genetech offers rapid amplification and sequence‑verified preparation of any clone from the library within 3–5 business days, with optional services including custom subcloning into user‑specified vectors and large‑scale plasmid preparation.

Gene Synthesis Services

After over twenty years of dedicated research in the field of gene synthesis, we have achieved this groundbreaking milestone. We have successfully dismantled the traditional gene assembly process of PCA-PCR-Gibson, replacing it with a streamlined single-step innovation: a one-step gene assembly technology spanning from oligo to plasmid. Our approach integrates second-generation sequencing QC and state-of-the-art fully automated equipment, ushering in a comprehensive revolution in delivery cycles and synthesis costs. Moreover, we've pioneered rapid synthesis technology for 10Kb gene fragments, substantially slashing time requirements compared to conventional methods while dramatically reducing synthesis costs. Remarkably, our cutting-edge techniques enable gene synthesis of up to 200Kb in length, marking a significant leap forward in the field of genetic engineering.

KiloScale™ Gene Synthesis Platform

KiloScale™ Gene Synthesis Platform is a next‑generation high‑throughput DNA synthesis technology that enables organizations to achieve up to 90% cost savings on large‑scale gene synthesis. Tailored for projects requiring thousands of sequences, it redefines the economics of synthetic biology through advanced automation, parallelization, and optimized workflows.

3'-dCMP·Free acid | 6220-63-9

3'-dCMP·NH3 | 102783-50-6

3'-dCMP·Na | 102814-05-1

5-Br-2'-dUMP·Na2 | 51432-32-7

dIMP·Na2 | 14999-52-1

5-F-dUMP·Na2 | 103226-10-4

dUMP·Na2 | 42155-08-8

dTMP·Na2 | 33430-62-5

5-Me-CMP | 3590-36-1

dGMP·Na2 | 33430-61-4

5-Me-2'-dCMP·Na2

dCMP·Na2 | 13085-50-2

5-Me-2'-dCMP | 2498-41-1

dAMP·Na2 | 2922-74-9

dIMP·Free acid | 3393-18-8

dUMP·Free acid | 964-26-1

dTMP·Free acid | 365-07-1