PCR12

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Polymerase chain reaction (PCR) is a useful tool used by scientists to amplify DNA and RNA. It is widely used in the fields of molecular biology, biochemistry, genetics, and biotechnology. PCR12 is an upgraded version of PCR technology that is more efficient, precise and cost effective. It has been extensively used in the medical research and forensic science.

PCR12 application spans different fields including molecular biology, biochemistry, genetics, and biotechnology. It can be used to amplify a specific nucleotide sequence by up to 100 millionfold in a matter of hours. This allows researchers to detect and isolate the desired DNA sequence with great accuracy. PCR12 is also used to clone genes, create transgenic organisms, and detect genetic mutations. It is an important tool in molecular diagnostics and can be used to detect and quantify pathogenic microorganisms quickly and accurately.

Forensic scientists also rely on PCR12 to trace familial relationships as well as to identify unknown individuals through genetic profiling. PCR12 has been used routinely in criminal forensics to obtain genetic evidence, identify genetic matches, and to trace the source of forensic samples.

The working principle of PCR12 is the same as with classical PCR. DNA strands are heated to a certain temperature to separate the strands into two pieces. Enzymes, called primers, are then used to attach to the two separated pieces of DNA. Once the primers are attached, DNA polymerase is added to the mix which helps to synthesize new DNA strands that match the original, creating a new set of DNA strands with two identical pieces.

The new strands are then separated from the original sample and are then subjected to the same process again. This is repeated multiple times creating an exponential increase in the number of copies of the target DNA strands present in the sample. The amplified DNA strands can then be collected and studied further.

PCR12 is an efficient and precise method for amplifying and detecting biological molecules. It is extensively used in medical research, and forensic science for its precision and accuracy. It is also a cost effective technique that can be used to detect genetic mutations, trace familial relationships, and to make copies of specific DNA sequences.

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