10. Modify reaction buffer composition to adjust pH and salt concentration.
9. Titrate the amount of DNA polymerase.
8. Add PCR enhancers such as BSA, betaine, DMSO, nonionic detergents, formamide or (NH4)2SO4.
7. Switch to hot-start PCR.
6. Optimize cycle number and cycling parameters, including denaturation and extension times.
5. Choose PCR primer sequences wisely.
4. Determine optimal DNA template quantity.
3. Clean up your DNA template to remove PCR inhibitors.
2. Determine the optimal annealing temperature of your PCR primer pair.
[Drum roll please]…and the number one thing you can do to improve your PCR results is:
1. Titrate the magnesium concentration.
Latest posts by Kelly Grooms (see all)
- Small Molecule Therapies and Immunotherapies: An Introduction to Targeted Cancer Treatments - January 25, 2023
- Growing Our Understanding of Rose Rosette Virus Through Reverse Genetics - December 8, 2022
- From Outside the Window to Inside the Cell: How Photography has Broadened Our View of the World - August 19, 2022