Abstract:

Many international collaborative research has been conducted to find effective solutions to the treatment of cancer and many hopeful results have been obtained from this ongoing study. There is not yet an effective solution for the treatment of cancer, but the researchers' efforts to develop new methods are ongoing and studies containing findings of the results of the research are ongoing to be published. In studies focused on the treatment of cancer in this context, the findings obtained after the use of advanced technologies have begun to be used in the personalized medical field and in clinical applications. Nowadays, the new generation of classification technologies that enable the acquisition of information about genome and genome are one of the most advanced technologies used in cancer research. The new generation of sequencing technology examines both genes and enables the detection of some mutations. The new generation of Drawing technology allows unknown series variations to be identified in a short and easier time, so that clinics can better understand the mechanisms of cancer formation, progress and metastases. In this collection, pharmaceutical applications, including tumor indicator identification, pharmacogenomics, targeted treatment, sensitive medicine, vaccination therapy, biofarmaceuticals, polypharmocology, toxigonostics and pharmacocepidemicology, have been attempted to provide information about the availability of the new generation of classification technology.

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