Human Cerebral Dominance and Significance of a Subconscious Sensor for Detecting Auditory Signals

References

• Chase R. A. Comparison of the effect of delayed auditory feedback speech and key tapping. Science 1959; 129: 3353
   Google Scholar
• Kikuchi Y. Hemispheric differences of the auditory evoked potentials in normal Japanese. Audiology Japan 1983; 26: 699–710
   Google Scholar
• Kikuchi Y. Sound structure and auditory laterality. Audiology Japan 1988; 31: 219–239
   Google Scholar
• Kikuchi Y., Tsunoda T. A comparative study on human cerebral dominance by the Tsunoda Method and Auditory Evoked Potential (AEP)-Method as a cerebral dominance test. Audiology Japan 1985; 28: 725–738
   Google Scholar
• Kikuchi Y., Tsunoda T. Physical characteristics of sounds and hemispheric AEP asymmetry. Audiology Japan 1986; 29: 35–42
   Google Scholar
• Miyakawa S. A study on test of the cerebral dominance as an auditory examination. (Thesis), Department of Engineering. Kyoto University. 1981
   Google Scholar
• Naitoh P. The Japanese brain: The Tsunoda method. Scientific bulletin 1984; 9: 111–136, Department of the Navy Office of Naval Research Far East
   Google Scholar
• O'Malley H. Assumptions underlying the delayed auditory feedback task in the study of the ear advantage. Brain and Language 1978; 5: 127–135
   PubMed Web of Science ®Google Scholar
• Penfield W., Roberts L. Speech and brain mechanism. Princeton University Press, New York, Athenaeum 1966
   Google Scholar
• Penfield W. The mystery of the mind: A critical study of consciousness and human brain. Priceton University Press, Princeton and London 1975
   Google Scholar
• Ruhm H. B., Cooper W. A., Jr. Low sensation level effects of pure-tone delayed auditory feedback. Journal of Speech and Hearing Research 1962; 5: 185–193
   PubMedGoogle Scholar
• Ruhm H. B., Cooper W. A. Some factors that influence pure tone delayed auditory feedback. Journal of Speech and Hearing Research 1963; 6: 223–237
   PubMedGoogle Scholar
• Ruhm H. B., Cooper W. A. Influence on motor performance of simultaneous delayed and synchronous pure tone auditory feedback. Journal of speech and Hearing Research 1964; 7: 175–182
   PubMedGoogle Scholar
• Sato K. Automatic processings in recognition of sounds. Gengo (Language) 1981; 10: 68–76
   Google Scholar
• Tsunoda T. Tsunoda's method. A new objective testing method available for the orientation of the dominant cerebral hemisphere toward various sounds and its clinical use. Indian Journal of Otolaryngology 1966; 18: 78–88
   Google Scholar
• Tsunoda T. An audiological approach to speech disorders due to cortical lesion. Practica Otologica Kyoto Supplement 1968; 66: 1296–1313
   Google Scholar
• Tsunoda T. Contralateral shift of cerebral dominance for nonverbal sounds during speech perception. Journal of Auditory Research 1969; 9: 221–229
   Google Scholar
• Tsunoda T. The cerebral dominancy for complex sounds consisting of the combination of narrow band noises. Medicine and Biology 1970; 81: 53–56
   Google Scholar
• Tsunoda T. The difference of the cerebral dominance of vowel sounds among different languages. Journal of Auditory Research 1971; 11: 305–314
   Google Scholar
• Tsunoda T. The Qualitative difference of cerebral dominance of vowel sounds between Japanese and European languages. Medicine and Biology 1972; 84: 15–22
   Google Scholar
• Tsunoda T. The characteristic pattern of the cerebral dominance for vowel sound found in Japanese second-generations. Proceedings of the Japan Academy 1973; 49: 643–647
   Google Scholar
• Tsunoda T. The difference of recognition mechanism toward natural sounds between Japanese and Westerners, and the spiritual characteristics. Medicine and Biology 1974; 88: 309–314
   Google Scholar
• Tsunoda T. Functional differences between right and left cerebral hemispheres detected by the key tapping method. Brain and Language 1975; 2: 152–170
   PubMed Web of Science ®Google Scholar
• Tsunoda T. Logos and Pathos, Difference in the mechanism of vowel sound and natural sound perception in the East and West, and mental structure. Reports of The Third World Congress of Phonetician. Tokyo 1976; 90–91, August 24
   Google Scholar
• Tsunoda T. Asymmetry of olfaction, emotion and autonomic system in human brain. Shinkei Kenkyu no Shimpo 1977; 21: 1217–1228
   Google Scholar
• Tsunoda T. Logos and Pathos: Difference in the mechanism of vowel sound and natural sound perception in Japanese and Westerners, and in regard to mental structure. Colloquium on body language in dentistry. Journal of Dental Health 1978a; 2: 35–43
   Google Scholar
• Tsunoda T. Japanese Brain: Brain Function and Difference between the East and West. Taishukan 1978b, Japanese edition
   Google Scholar
• Tsunoda T. Difference in the mechanism of emotion in Japanese and Westerner. Psychotherapy and Psychosomatics 1979a; 31: 367–372
   PubMed Web of Science ®Google Scholar
• Tsunoda T. Cerebral lateralization of sexual function. Medicine and Biology 1979b; 99: 347–350
   Google Scholar
• Tsunoda T. Characteristics of the auditory cerebral dominance in Japanese. Shinkei Kenkyu no Shimpo 1980; 24: 671–681
   Google Scholar
• Tsudona T. The mother tongue and right-left dominance in the human central auditory system. UNESCO Symposium. AthensGreece 1981, 30 March-3 April
   Google Scholar
• Tsunoda T. Asymmetry of the human autonomic nervous system under stimulation of the head by heat. Proceedings of the Japan Academy 1982; 58: 123–126
   Google Scholar
• Tsunoda T. An annual ring system found in the human brain. Medicine and Biology 1984a; 109: 39–41
   Google Scholar
• Tsunoda T. Follow up study of the annual ring system in the human brain before and after the birthday. Medicine and Biology 1984b; 109: 63–65
   Google Scholar
• Tsunoda T. The Japanese Brain, continued. Taishukan. 1985a, (Japanese edition)
   Google Scholar
• Tsunoda T. The Japanese Brain: Uniqueness and Universality. Taishukan. 1985b, (English version)
   Google Scholar
• Tsunoda T. The difference in the cerebral processing mechanism for musical sounds between Japanese and non-Japanese and its relation to mother tongue. Musik in der Medizin, R. Spintge, R. Droh. Springer-Verlag, Berlin, Heidelberg 1987; 119–142
   Google Scholar
• Tsunoda T., Oka M. Lateralization for emotion in the human brain and auditory dominance. Proceedings of the Japan Academy 1976; 52: 528–531
   Google Scholar
• Uyehara J. M., Cooper W. A. Hemispheric differences for verbal and nonverbal stimuli in Japanese- and English-speaking subjects assessed by Tsunoda's method. Brain and Language 1980; 10: 405–417
   PubMed Web of Science ®Google Scholar