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There is no genetic reason why dizygotic twins should show greater concordance than brother and sisters. In recent years, researchers have looked at the larynx and its behaviors as a possible source of stuttering. Therefore, researchers have looked at all aspects of speech production and regulation to see if structures, functions, or both are abnormal. Because speech is finely regulated activity, the nerves, muscles, and brain must function properly to produce normal, fluent speech. Modern neurophysiological theories are based on extensive research on the speech mechanism and the brain, which controls the movements of speech. Historically, different organs or systems of the body, including those that have nothing to do with speech, have been blamed for stuttering. According to this view, stuttering may be due not to environmental factors but to faulty neurophysiological structures, functions, or both. An idea central to these speculation is that one or more of the body structures or systems of people who stutter may be defective in some way. From ancient times, philosophers, medical experts, and others have speculated about the organic or neurophysiological causes of stuttering. Twins, regardless of their genetic origin, may be reacted to more similarly than ordinary siblings and they tend to learn behaviors including stuttering from each other. The fact that they do suggest that twins may be reacted to more similarly than ordinary siblings. Under the right environmental circumstances, the individual is more likely to develop stuttering than is someone not so genetically predisposed. Most experts believe that genetic factors predispose an individuals to stutter. In essence, the prevalence data suggest that both heredity and environmental plays a part in the etiology of stuttering. The fact that they do suggest that twins, regardless of their genetic origin, may be reacted to more similarly than ordinary siblings and that they tend to learn behaviors including stuttering from each other. However, some research suggests that it may be more prevalent in some societies than in others, but it is doubtful that stuttering is unheard in any society. Another factor that supports the role of environment is that even dizygotic twins who stutter show a higher concordance compared with ordinary siblings. More important, most of the concordant identical twins who stuttered were raised together. This finding suggests the importance of both heredity and environment in the etiology of stuttering. Because the dizyogotic or fraternal twins are formed out of two separate fertilized ova, they are genetically more similar than ordinary siblings. Currently, the hypothesis that the gender ratio is due to genetic factor is more attractive to many researchers. The presence of stuttering in some monozygotic twins, and its absence in their counterparts, points out the importance of environmental variables. Stuttering was found to be concordant in several monozygotic twin pairs but not in all pairs studied. Because the identical twins are formed out of a single fertilized ovum, which splits into two to form two embryos, the two individuals are genetically identical. This is because the identical twins are formed out of a single fertilized ovum, which splits into two to form two embryos, and thus the two individuals are genetically identical. Dizygotic or fraternal twins are formed out of two separate fertilized ova, and thus they are genetically more similar than ordinary siblings. Because the identical twins are formed out of a single fertilized ovum, which splits into two to form two embryos, and thus the two individuals are genetically identical. If a disorder shows a high concordance rate in monozygotic twins, then the disorder may have a genetic component. If only one of the twins is affected, then they are discordant for that disorder, disease, or trait. If a disorder, disease, or trait is found in both the members of a monozygotic twin pair, then the twins are concordant.
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1 There is no genetic reason why dizygotic twins should show greater concordance than brother and sisters. 2 In recent years, researchers have looked at the larynx and its behaviors as a possible source of stuttering. 3 Therefore, researchers have looked at all aspects of speech production and regulation to see if structures, functions, or both are abnormal. 4 Because speech is finely regulated activity, the nerves, muscles, and brain must function properly to produce normal, fluent speech. 5 Modern neurophysiological theories are based on extensive research on the speech mechanism and the brain, which controls the movements of speech. 6 Historically, different organs or systems of the body, including those that have nothing to do with speech, have been blamed for stuttering. 7 According to this view, stuttering may be due not to environmental factors but to faulty neurophysiological structures, functions, or both. 8 An idea central to these speculation is that one or more of the body structures or systems of people who stutter may be defective in some way. 9 From ancient times, philosophers, medical experts, and others have speculated about the organic or neurophysiological causes of stuttering. 10 Twins, regardless of their genetic origin, may be reacted to more similarly than ordinary siblings and they tend to learn behaviors including stuttering from each other. 11 The fact that they do suggest that twins may be reacted to more similarly than ordinary siblings. 12 Under the right environmental circumstances, the individual is more likely to develop stuttering than is someone not so genetically predisposed. 13 Most experts believe that genetic factors predispose an individuals to stutter. 14 In essence, the prevalence data suggest that both heredity and environmental plays a part in the etiology of stuttering. 15 The fact that they do suggest that twins, regardless of their genetic origin, may be reacted to more similarly than ordinary siblings and that they tend to learn behaviors including stuttering from each other. 16 However, some research suggests that it may be more prevalent in some societies than in others, but it is doubtful that stuttering is unheard in any society. 17 Another factor that supports the role of environment is that even dizygotic twins who stutter show a higher concordance compared with ordinary siblings. 18 More important, most of the concordant identical twins who stuttered were raised together. 19 This finding suggests the importance of both heredity and environment in the etiology of stuttering. 20 Because the dizyogotic or fraternal twins are formed out of two separate fertilized ova, they are genetically more similar than ordinary siblings. 21 Currently, the hypothesis that the gender ratio is due to genetic factor is more attractive to many researchers. 22 The presence of stuttering in some monozygotic twins, and its absence in their counterparts, points out the importance of environmental variables. 23 Stuttering was found to be concordant in several monozygotic twin pairs but not in all pairs studied. 24 Because the identical twins are formed out of a single fertilized ovum, which splits into two to form two embryos, the two individuals are genetically identical. 25 This is because the identical twins are formed out of a single fertilized ovum, which splits into two to form two embryos, and thus the two individuals are genetically identical. 26 Dizygotic or fraternal twins are formed out of two separate fertilized ova, and thus they are genetically more similar than ordinary siblings. 27 Because the identical twins are formed out of a single fertilized ovum, which splits into two to form two embryos, and thus the two individuals are genetically identical. 28 If a disorder shows a high concordance rate in monozygotic twins, then the disorder may have a genetic component. 29 If only one of the twins is affected, then they are discordant for that disorder, disease, or trait. 30 If a disorder, disease, or trait is found in both the members of a monozygotic twin pair, then the twins are concordant.