This interactive will present the mathematical consideration of exponentially enriching a piece …
This interactive will present the mathematical consideration of exponentially enriching a piece of DNA using PCR. Typically, a PCR protocol will repeat approximately 30 cycles of denaturation, annealing, and elongation. 30 cycles of PCR produce around 1 billion copies of the amplified region.
This interactive will present the rules for designing precise nucleotide sequences called …
This interactive will present the rules for designing precise nucleotide sequences called PCR primers. Designing primers for a PCR reaction is an important step because the way they bind to the template DNA dictates much of the success of the PCR reaction.
Polymerase Chain Reaction - or PCR - is known as one of …
Polymerase Chain Reaction - or PCR - is known as one of the most ubiquitous and powerful techniques in life science laboratories. PCR is a highly sensitive and selective method to produce many copies of a particular piece of DNA. This pathway details applications of PCR, its mechanism and primer design, and demonstrates how the method is used in the lab.
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