Canonical Relations Of Sensorimotor Reactions Of Multilateral And Bilateral Body Parts
DOI:
https://doi.org/10.14738/assrj.25.1154Keywords:
canonical correlational analysis, canonical relations, sensorimotor reactions, multilateral and bilateral (transversal, parallel, and diagonal) body parts.Abstract
The research study was carried out on a sample of 20 subjects, of male gender, from 20 to 22 years of age. An analysis was carried out in the space of sensorimotor reactions of multilateral and bilateral (parallel, transversal, diagonal) body parts. The evaluation of sensorimotor reactions in multilateral and bilateral body structures was developed through an especially constructed instrumentarium (Kinesiometer, M. Dodig, 1987). The obtained results have been processed by application of canonical correlational analysis (Cooley and Lohnes,1971). Based on maximum cohesion between the pair of linear functions of variable groups that measured sensorimotor reactions (transversal, parallel, diagonal) body parts, a significant cohesion of latent multilateral and bilateral dimensions was obtained. This cohesion undoubtedly indicates the significance of the coherence process of separate and cooperative functions of the right and left cerebral hemisphere which can produce clearly differentiated reactions in terms of multilateral and bilateral body parts. In addition, the sensorimotor reaction is dependent on the speed of change of excitation and inhibitions of those central areals that govern execution of sensorimotor reactions. The matter at hand is sequential regulation that comprises of activation of motor units of various degrees, synergy regulation and tonus regulation which are determined according to both multilateral and bilateral structures.
References
Banich, M.T. (2000). A lifeJspan interaction on interaction between the cerebral hemispheres. Developmental Neuropsychology, vol 18, issue 1, p1, 10p
Banich, M.T. (1998). The missing link: The role of interhemispheric interaction in attentional processing. Brain and Cognition 36, 128J157
Bradshaw, J., Nettleton, N. (1981). The nature of hemispheric specialization in man. Behavioral and Brain Sciences, 4, 51J91.
Cooley, W. W., Lohnes, P. H. (1971). Multivariate data analisis. John Wiley.New York. Dodig,'M.'(2015).'Canonical'Relations'of'Sensorimotor'Reactions'of'Multilateral'and'Bilateral'Body'Parts.)Advances)in)Social)Sciences)Research)
Cowell, P. (2000). Individual differences in neurobehavioral measures of laterality and interhemispheric function as measured by dichotic listening. Developmental Neuropsychology, vol 18, issue 1, p1, p95
Dodig, M., (2oo8). Mehanizmi regulacije gibanja čovječjeg tijela – osnove kineziologije [Mechanisms Regulate Motion Human of Body – Basis Kinesiology] Rijeka: University of Rijeka
Dodig, M. (1996). Canonic Relations Between Sensomotoric Reactions of Multilateral and Unilateral Parts of a Body on Light Stimulation // Međunarodni znanstveni skup Društvo i tehnologija '96 : zbornik radova International Scientific Symposium "Society end Technology" : proceedings / Rijeka : Građevinski fakultet Sveučilišta u Rijeci ; "Ivan Murn", 343J348
Dodig, M. (1990). Sensomotor Relation of Human Organism and Puls Tranmission Speed Through Afferent and Efferent Channels // IV. kongres športnih pedagogov Jugoslavije in I. mednarodni simpozij Šport mladih : zbornik referatov = IV. Congress of Sports Pedagogues of Yugoslavia and I. International Symposium Sport of the Young : proceedings Ljubljana : Fakultet za telesno kulturo, 193J196
Dodig, M. (1990). Canonic Relations of Sensomotor Reactions in Unilateral and Bilateral Body Parts to Auditive Stimulus // IV. kongres športnih pedagogov Jugoslavije in I. mednarodni simpozij Šport mladih : zbornik referatov = IV. Congress of Sports Pedagogues of Yugoslavia and I. International Symposium Sport of the Young : proceedings / Ljubljana : Fakulteta za telesno kulturo, 197J200
Dodig, M. (1987). KINEZIOMETAR – instrumentarij i primjena [Kinesiometer – instrument and application]. III Kongres pedagoga fizičke kulture, Novi Sad, 267 – 273.
Hellige, J.B. (1990). Hemispheric asymetry. Annual review of psychollogy, 55J80
Henry, F. M. (1960). Influence of motor and Sensory sets on reaction latency and speed of discrete movements. Research quarterlz, 31:459J68.
Henry, F. M. (1961) Stimulus complexity,movement complexity,age, and seks in relation to reaction latency and speed in limb movements.Research Quarterly, 32:353J66.
Kallogg,W.N.,Walker,E.L. (1938). An analysis of the biolateral transfer of conditioning in dogs, in terms of the frekvency Amplitude and latency of the Responses,J.GEN.Phychol. 18:253J65.
Stevens, S. S. (1961). Psychophysics of sensory functions. In W.A. Rosenblith (ed) sensory Comunication.Combridge, Mass.: MIT Press.
