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This section contains 726 words(approx. 3 pages at 300 words per page) |

Mathematical theory and mathematical techniques are often critical tools in genetic research. Careful studies of data allow researchers to probe selected regions of molecules, or to characterize the distribution of genes in large populations. Incorporated into such studies are mathematical models for the genetic code and for molecular reactions (e.g., **transcription** and **translation** processes). In addition, mathematical models are used to study both the frequency and the mechanisms of genetic processes (e.g., **mutation** frequency or the number of possible errors in translation that can affect **protein synthesis**.

In addition to extensive use of statistical analysis, a number of other mathematical theories play an increasingly important role in **genetics**.

Group theory, for example, is one of several mathematical tools utilized to provide an accurate description of genetic molecules and processes. Of special interest to mathematicians and geneticists are mathematical descriptions of the structure...

This section contains 726 words(approx. 3 pages at 300 words per page) |