Our high-throughput gene editing vectors provide a robust carrier skeleton that is essential for sgRNA library construction and delivery. These libraries can then be transfected into target cells through a range of methods, including viral infection and electroporation, making it easier than ever for you to perform large-scale gene editing experiments.
Product Advantages
- Wide Species Coverage: Unlock the unique advantages of plant, animal, and microorganism vectors with our diverse range of species coverage.
- Variety of Editing Functions: With various editing functions such as knockdown, activation, and inhibition, our gene editing vectors are perfect for biological research, disease treatment, and agricultural biotechnology.
- Abundant Vector Resources: Choose from a wide range of vectors that correspond with your research species and target sequence, with many customization options to fulfill all your research requirements with accuracy and efficiency.
- Quality Assurance: We adhere to rigorous quality control standards to ensure that we meet and exceed your expectations for our premium-grade plasmids.
| CRISPR Vector Name | Catalog # | Plasmid Details | Vector Host | Screening Marker |
|---|---|---|---|---|
| Mammal | ||||
| CRISPR KO Vector (All-in-one System) | STCRI24401 | U6:sgRNA-EF-1a:Cas9-P2A-Puro | Mammals, Lentivirus | Amp/Puro |
| CRISPR KO Vector (All-in-one System) | STCRI24402 | U6 :sgRNA-EF-1a:Cas9-P2A-EGFP | Mammals, Lentivirus | Amp/EGFP |
| CRISPR KO Vector (All-in-one System) | STCRI24403 | U6:sgRNA-EF1a:Cas9-P2A-mCherry-Puro | Mammals, Lentivirus | Amp/Puro/mCherry |
| Cas9 Vector (Double-Vector System 1) | STCRI24404 | EF-1a:Cas9-P2A-Blast | Mammals, Lentivirus | Amp/Blast |
| Cas9 Vector (Double-Vector System 1, Inducible expression Vector) | STCRI24405 | Tight TRE promoter:Cas9-hPGK promoter:Blast | Mammals, Lentivirus | Amp/Blast |
| sgRNA Vector (Double-Vector System 2) | STCRI24406 | U6:sgRNA-EF-1a:Puro | Mammals, Lentivirus | Amp/Puro |
| sgRNA Vector (Double-Vector System 2) | STCRI24407 | EF1a:DsRed-Monomer-U6:sgRNA | Mammals, Lentivirus | Amp/Puro/DsRed |
| sgRNA Vector (Double-Vector System 2) | STCRI24408 | U6:sgRNA-EF-1a:Puro-P2A-EGFP | Mammals, Lentivirus | Amp/Puro/EGFP |
| sgRNA Vector (Double-Vector System 2, Single cell screening) | STCRI24409 | U6:sgRNA-EF-1a:Puro | Mammals, Lentivirus | Amp/Puro |
| CRISPR KO Vector (All-in-one System) | STCRI24410 | CMV:SaCas9-U6:Sa-gRNA scaffold | Mammals, AAV | Amp |
| CRISPR KO Vector (All-in-one System) | STCRI24411 | CMV:SaCas9-T2A-mCherry-U6:Sa-gRNA scaffold | Mammals, AAV | Amp/mCherry |
| Dual-sgRNA CRISPR KO Vector (All-in-one System) | STCRI24412 | U6:sgRNA-U6:sgRNA-CBh:Cas9 | Mammals | Amp |
| CRISPR KO Vector (All-in-one System) | STCRI24413 | chicken β-actin promoter:Cas9-2A-Puro-U6:sgRNA | Mammals | Amp/Puro |
| Cas9 Vector | STCRI24414 | chicken β-actin promoter:Cas9-2A-EGFP | Mammals | Amp/GFP |
| sgRNA Vector | STCRI24415 | U6:sgRNA-PGK:Puro | Mammals | Amp/Puro/Fluc |
| CRISPRa Vector (Double-Vector System 1) | STCRI24416 | EF-1a:dCas9-VP64-RelA(p65)AD-Rta AD-T2A-EGFP | Mammals, Lentivirus | Amp/EGFP |
| CRISPRa Vector (Three-Vector System, SAM System 1) | STCRI24417 | EF-1a:dCas9-VP64-T2A-Blast | Mammals, Lentivirus | Amp/Blast |
| CRISPRa Vector (Three-Vector System, SAM System 1) | STCRI24418 | EF-1a:dCas9-VP64-T2A-EGFP | Mammals, Lentivirus | Amp/EGFP |
| CRISPRa Vector (Three-Vector System, SAM System 2) | STCRI24419 | EF-1a:MS2-N55K-p65-HSF1-T2A-HygR | Mammals, Lentivirus | Amp/HygR |
| CRISPRa Vector (Three-Vector System, SAM System 3) | STCRI24420 | U6:sgRNA-MS2 stem loop-PGK:puro-T2A-BFP | Mammals, Lentivirus | Amp/Puro/BFP |
| CRISPRi Vector (All-in-one System) | STCRI24421 | U6:sgRNA-hUbC promoter:dCas9-KRAB-T2A-Puro | Mammals, Lentivirus | Amp/Puro |
| Plant | ||||
| CRISPR KO Vector (All-in-one System) | STCRI24422 | 35s:Cas9-AtU6-26:sgRNA | Arabidopsis Thaliana | Kan/Hygro |
| CRISPR KO Vector (All-in-one System) | STCRI24423 | 35s:Cas9-AtU6-26:sgRNA | Arabidopsis Thaliana | Kan and Spec/Hygro |
| CRISPR KO Vector (All-in-one System) | STCRI24424 | rice snoRNA U3 promoter :sgRNA- rice Ubi:Cas9 | Rice | Kan/Hygro |
| E.coli | ||||
| CRISPRi Vector (All-in-one System) | STCRI24425 | T5-lac operator:dCas9-J23119:sgRNA | E.coli | SmR |
| sgRNA Vector (Double-Vector System) | STCRI24426 | J23119 (SpeI) :sgRNA | E.coli | Amp |
| sgRNA Vector (Double-Vector System) | STCRI24427 | J23119 (SpeI) :sgRNA | E.coli | Spec |
| Cas9 Vector (Double-Vector System) | STCRI24428 | tetR/tetA:SpCas9 | E.coli | Amp |
| Yeast | ||||
| CRISPRa Vector (All-in-one System) | STCRI24429 | EC2_10_dCas9_VPR_HC_sgRNA | Yeast | Kan/Neomycin (select with G418) |
| CRISPRi Vector (All-in-one System) | STCRI24430 | EC2_3_dCas9_Mxi_sgRNA | Yeast | Kan/Neomycin (select with G418) |
We use the latest techniques and technologies to ensure that our vectors are of the highest quality, offering unparalleled performance and efficiency in high-throughput gene editing applications. Unlike some other methods of gene editing, which can be time-consuming and labor-intensive, our vectors are optimized for speed and efficiency and, enable you to achieve your goals faster than ever before.
Our team of expert scientists and technicians are constantly working to improve our gene editing technology, ensuring that you always have access to the latest and most advanced genetic engineering solutions. Whether you’re working in academia, pharmaceutical, or government industries, we know that our high-throughput gene editing vector construction services have the potential to revolutionize the way you approach gene editing research.
