Raw Materials for MDx Real-Time PCR Premixes
Premier 2x qPCR Premix [Green]
- Premium real-time PCR kit with a DNA-intercalating fluorescent dye
- Unique buffer system and antibody-mediated hot start enzyme
- Early Cq, high RFU, and reduced primer-dimer formation
- Convenient 2x concentrated premix
- Fast, specific, sensitive, and reliable
- ROX reference dye included
Products
| Cat.No. | Product | Feature | Size |
|---|---|---|---|
| BPQL | RealHelix™ Premier 2x qPCR Premix [Green, Low ROX], Bulk | - | Custom |
| BPQH | RealHelix™ Premier 2x qPCR Premix [Green, High ROX], Bulk | - | Custom |
| BPQUL | RealHelix™ Premier 2x qPCR Premix [Green, Low ROX] [UDG System], Bulk | UDG System | Custom |
| BPQUH | RealHelix™ Premier 2x qPCR Premix [Green, High ROX] [UDG System], Bulk | UDG System | Custom |
This is the bulk version of RealHelix™ Premier qPCR Kit [Green].
If you would like to purchase in bulk, please contact sale@nanohelix.net.
RealHelix™ Premier 2x qPCR Premix [Green] is designed to perform a rapid, highly specific, and sensitive real-time quantification of target DNA. Specially designed buffer and antibody-mediated hot start enzyme considerably reduce the primer dimer formations and ensure producing reliable data. The convenient 2x concentrated premix contains Ab+Taq polymerase, dNTPs, buffers, Mg2+, a green fluorescent dye, ROX passive dye, and stabilizing agent. The ROX dye does not take part in the PCR reaction but allows to normalize for non-PCR related signal variation and provides a baseline in multiple reactions.
![PQ_Figure 1. Sensitive detection using RealHelix™ Premier qPCR Kit [Green, Low ROX].](/upload_files/editor/2019020913111269.jpg "PQ_Figure 1")
![PQ_Figure 2. Amplification of target DNA with various G+C contents using RealHelix™ Premier qPCR Kit [Green, Low ROX].](/upload_files/editor/20191118152605888.jpg "PQ_Figure 2")
![PQ_Figure 3. Comparison of real-time PCR using RealHelix™ Premier qPCR Kit [Green, Low ROX] with other company's related products.](/upload_files/editor/20191126133025376.jpg "PQ_Figure 3")