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A poorly designed primer can result in little or no product due to non-specific amplification and/or primer-dimer formation, which can become competitive enough to suppress product formation.
Forgetting just one component of the PCR reaction, whether that be the DNA polymerase, primers or even the template DNA, will result in a failed reaction. The wrong PCR conditions used. Always apply the temperatures and times from the PCR reagent manufacturers recommendations. Too high annealing temperature used.
Sometimes slight variation in composition can lead to well working PCRs to stop working. Also, check the thermocycler in your lab, which although displays proper temperatures, can sometimes not function properly causing temperature fluctuations. Try your reaction in some other instrument if possible.
Forgetting just one component of the PCR reaction, whether that be the DNA polymerase, primers or even the template DNA, will result in a failed reaction. Always apply the temperatures and times from the PCR reagent manufacturers recommendations.
If your PCR was successful in making billions of copies of this segment youll be able to visualise this as a distinct band on the gel. Comparing your PCR samples to control samples (tubes not subjected to PCR) will confirm the success of PCR.
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Potassium chloride (KCl) is normally used in PCR amplifications at a final concentration of 50 mM. To improve amplification of DNA fragments, especially fragments between 100 and 1,000 bp, a KCl concentration of 70100 mM is recommended.
The reason for PCR failure is usually rapidly identified. Often problems can be explained by the fact that essential components like Mg2+ ions or even primers were of poor quality because the expiration date has passed or were unintentionally not added to the reaction mix.
If the buffer is suboptimal, it can affect the success of the PCR reaction. Also, the amount of enzyme and dNTPs can affect the success of the PCR reaction. If the amount of enzyme or dNTPs is too low, it can result in no amplification or low yield.

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