Quote
Email Us
sgRNA

sgRNA

sgRNA guides Cas9 for precise CRISPR gene editing. Tsingke's synthetic sgRNA offers higher efficiency, lower off-target effects, and reduced immunogenicity.
Order Now
Highlights of sgRNA

Highlights of sgRNA

Low cytotoxicity: Low impurity (residual substance) content;

High editing efficiency: Increased experimental success rate;

Stable quality: Strict quality control between batches;

No DNA interference: No unnecessary gene fragment insertion.

Service Details of sgRNA


ServiceModificationslength(nt)QuantityTurnaround Time*PurificationQCDeliverable
Cas9 sgRNA-OPCFirst and last 3 bases with 2'-OMe and PS97~1031.5 nmol5OPCUV& MS

Tube or customized lyophilized RNA

COA report (electronic)

3 nmol
5 nmol
Cas9 sgRNA-HPLC1.5 nmol10~12
3 nmol
5 nmol
Cas9 crRNA~365 nmol5~7HPLCUV& MS& HPLC
Cas9 tracrRNA~673 nmol
LbaCasl2a crRNABases 1-3 and 29-40 (5'-end) and base 32 (3'-end) with 2'-OMe, first and last 3 bases with PS~405 nmol
AsCasl2a crRNA~405 nmol
LwCas13a crRNANone~555 nmol
PspCasl3b crRNA~565 nmol
RxCasl3d crRNA~435 nmol


Cases of sgRNA

The sample is a 100 nt sgRNA with three 2'-OMe modifications at both ends. Mass spectrometry and chromatography analyses confirm its sequence accuracy and a high purity of 96.54%.

MS Test
MS Test
High Purity
High Purity

Resources of sgRNA

Tsingke_Oligo Synthesis_Brochure_1.2.1.250805
Tsingke_RNA Synthesis_Flyer_1.1.1.240826

Ordering Steps of sgRNA

Download the order form "Tsingke_RNA_Order Form.1.1.1.250815.csv" below and email it to info@tsingke.com.cn, or "Send Your Request" to submit your inquiry online. Please refer to "Tsingke_RNA_Modification List_1.1.1.250815.csv" sheet to paste special base and internal modification codes in your sequence.

Send Your Request
  • Tsingke_RNA_Order Form_1.1.1.250815
  • Tsingke_RNA_Modification List_1.1.1.250815

Related Custom RNA Oligo

FAQs of sgRNA

What modifications are available on an HPLC purified sgRNA?

HPLC-purified sgRNAs support the same modifications as standard desalt preparations. These include common guide RNA modifications such as RNA, 2'-O-Methyl bases, and phosphorothioate linkages as well as newer options like 2'-fluoro and DNA base substitutions, within typical complexity limits.


What is the difference between chemically synthesized sgRNA and in vitro transcribed (IVT) sgRNA?
What is the difference between using synthetic sgRNA and the crRNA:tracrRNA duplex?
Contact Us
Explore the power of the Gene Factory and discover how Tsingke's integrated platform accelerates your R&D and product development.
Tsingke Updates
pop_close
pop_main
Subscribe to Our Newsletter

Stay updated with the latest industry news and expert insights. 

Subscribe now to receive:
        ● Industry updates
        ● Exclusive expert insights and analysis
Enter your email to stay ahead!

We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. Part of the tracking is necessary to ensure SEO effectiveness,
By using this site, you agree to our use of cookies. Visit our cookie policy to learn more.
Reject Accept