Description
EzPCRTM XO
5x PCR Master Mix is a ready-to-use premix containing all the components
essential for a PCR and agarose gel electrophoresis (DNA polymerase, dNTP,
reaction buffer, glycerol, phenol red and stabilizer). PCR can be performed
simply by adding primer pair and template.
HiPi Plus DNA polymerase in Master Mix is
suitable for a high fidelity amplification of DNA fragments. This enzyme is
designed for a reliable amplification of complex targets with a robust yield
and high specificity. HiPi plus DNA polymerase is recommended for use in
conventional PCR that products are less than 5 kb (for lambda DNA). HiPi Plus DNA polymerase generates a mixture
of PCR products with blunt end and 3’ -dA overhangs.
As Master Mix is supplied as a 5x
concentration format, users should adjust a final reaction to 1x (if final
reaction volume is 20 ㎕, 4 ㎕ of 5x
Master Mix should be added).
Applications
-
Long PCR
-
RT-PCR
-
Amplification of cDNA and genomic DNA
-
High fidelity PCR for a cloning
Qualifying
Test
Performance test, exo/endo nuclease contamination test,
stability test. genomic DNA contamination test.
Storage
Condition
Store at -20 ℃.
EzPCRTMXO 5x
PCR Master Mix is stable for at least 1years at recommended storage condition.
Features
- 5’ → 3’ exonuclease : no
- 3’ → 5’ exonuclease : weak
- strand displacement : no
Troubleshooting
1. No products
- Confirmyourtemplateisintact:Try
another reaction
with a result assured primer pair and
templates.
2.
Smear bands or smeared background
- Reduce template concentration: High concentration of template can lead to
smearing of PCR products. Generally, 1 pg - 10
ng of plasmid DNA and 10-100 ng of genomic DNA are working well
- Increase annealing temperature
- Set up a reaction mix on ice
3.
Non-specific bands
- Increase annealing temperature
-
Consider using PCR additives, like 1-2% DMSO or 0.5 - 1 x Q Buffer
- Confirm specificity of your primers
- Adjust concentration of template
4.
Low yield
- Increase PCR cycle number
-
Be sure appropriate concentration of your template is added.