Journal of Computer Science & Systems Biology

Analysis of Genetic Hearing Loss Using Automata Theory as a Framework

Abstract

Syed Asif Ali*, Neelam and Izna Waseem

In this paper, we will refer to hereditary hearing loss. Hearing loss is a genetic as well as accidental problem. Genetic deafness is a type of hearing loss that is caused by changes or mutations in genes related to the hearing process. These mutations can be inherited from one or both parents and can occur spontaneously. There are two types of genetic deafness: Syndromic and non-syndromic. The inheritance of genetic deafness depends on the type of mutation and the pattern of inheritance. Some mutations are dominant, other mutations are recessive, X-linked inheritance is another type of inheritance, and mitochondrial inheritance which are described in detail in our paper. Some authors have suggested that rather than publicly condemning deaf parents that choose deafness for their children, we believe that this technique can be viewed as unacceptable. In today's technological world it is needed to construct and design models related to certain topics and automate it. The idea of how to create an automata model with some techniques is described in this paper. But deaf people are still considered less capable as compared to normal humans, which do not help in the betterment of the society but rather to select genetic factors that are typically seen as a handicap by majority of the sociological environment. The inheritance of genetic deafness follows the rules of Mendelian genetics, where the genes are passed down from parents to their offspring.