Cells in all living organisms develop a process in which their structure is continuously activating and deactivating genes through protein expression, which converts DNA sequence into the structures and functions of a cell, so statistical studies of real-time PCR have shown evidence of the efficacy of gene tools on cancer treatment.

Because cancer is a disease characterized by uncontrolled cell division, the complete analysis of primer design can shed light on determining the cause of the cells' ability to invade other tissues by unregulated growth, sometimes directly into adjacent tissue, the process known as invasion, or by migration of cells to distant sites, commonly referred as metastasis.

When normal cells transform into cancerigenous cells, real time PCR may help to determine the degree of damage to genetic information in acquired or inherited mutations to DNA within cells. Damage removes normal control of cell division, altering the data required for producing proteins through protein synthesis.

Computer programs are designed to simplify the work of selecting primer design pairs for the exploitment of polymerase chain reaction, and are useful aids for developers of gene tools and they are simply to use. They allow the input of the sequence containing the insert to be primed and other parameters that researchers need to identify suitable candidates before proceeding to real time PCR.

A bio computing service at the German Cancer Research Center in Heidelberg has been providing bio informatics training and support to the scientist community, including the analysis of primer design considered for cancer research. Studies are based on primer length, melting temperature, percentage content in GC, and concentration of salt and DNA.

The estimate of a maximum number of unknown bases in the input sequence over which a primer is build, contributes to accurate and quantitative real-time PCR for cancer detection, hence providing the foundation for early treatment. Bio techniques of diagnose and treatment are quickly becoming easier, faster and widely acceptable by patients who are in risk of developing any type of genetic disease.

In fact, there is a real time PCR technology for cancer diagnostics, based on advances in biological sciences, which provides molecular targets for diagnosing and treating cancer, including primer design and micro arrays in conjunction with clustering algorithms, revealing cancer's molecular diversity that promises a new multiplexed taxonomy with prognostic and therapeutic significance.

Bio techniques have numerous potential applications in the laboratory, where common real time PCR accurately detected the development of cancer cells, based in proper primer design with absence of dimerization capability, secondary priming sites and lack of significant hairpin formation.

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