devemos compreender a cinesiologia desenvolvimental) e UMatividades aprendidas (drive motorescrito) que devem vir num segundo momento. Essa cuidadosa manipulacao de exercicios compreendidos como 0 e 1 aumentam nossas chances desucesso. Como dissemos no inicio esse e um conhecimentoem construcao, a estrada e longa e temos muito caminho ainda a percorrer...REFERENCIAS BIBLIOGRAFICASADKINS, D. L.; BOYCHUK, J.;REMPLE, M. S.; KLEIM, J. A. Motor training induces experience-specific patterns ofplasticity across motor cortex and spinal cord. J Appl Physiol 101:17761782, 2006.AYER-LELIEVRE, C.; OLSON,L.; EBENDAL, T.; SEIGER, A.; PERSSON, H. Expressionof the -nerve growthfactor in hippocampal neurons. Science. v. 240, p.1339-41, 1988. In:PHAM, T.M.; ICKES, B.; ALBECK, D.; SODERSTROM, S.; GRANHOLM, A.-Ch.; MOHAMMED,A.H. Changes in Brain Nerve GrowthFactor levels and Nerve Growth Factor receptors in rats exposed toenvironmental enrichment for one year. Neuroscience.n. 1, v. 94, p. 279-86, 1999.BARATO, G. et al. Plasticidade cortical e tecnicas de fisioterapia neurologica na oticada neuroimagem. Rev Neurocienc, 2008.BERGADO-ROSADO, J.A.; ALMAGHER-MELIAN, W. Mecanismos celulares de Laneuroplasticidad. Revista de Neurologia. n.11, v. 31, p. 1074-1095,2000.CENTENARO L. A. Efeitos Da Estimulacao Ambiental Precoce e Tardia Sobre a PerformanceCognitiva e Histopatologica De Ratos Submetidos ao Modelo De TraumatismoCranio-Encefalico Difuso. Monografiasdo Curso de Fisioterapia da Unioeste n. 01 2005.CHEN, Y.; MURAKAMI, S.;GYO, K.; WAKISAKA, H.; MATSUDA, S.; SAKANAKA, M. Effects of Basic Fibroblast Growth Factor (bFGF)-Neutralizing antibodyand platelet factor 4 on facial nerve regeneration. Experimental Neurology. v. 155,p. 274-283, 1999.CHOE, J.; COFFMAN, B. A.; BERGSTEDT, D.T.; ZIEGLER, M. D.; PHILLIPS, M. E. Transcranial Direct Current Stimulation ModulatesNeuronal Activity and Learning in Pilot Training. Frontiers in Human Neuroscience, Volume10 Article 34, February 2016.COHEN, H. Neurocienciaspara fisioterapeutas - Incluindo correlacoes clinicas. 2.ed., Sao Paulo: Manole, 2001.DAVELLA, A.;PORTONE, A.; FERNANDEZ, L.; LACQUANITI, F. Control of Fast-ReachingMovements by Muscle Synergy Combinations. The Journal of Neuroscience,26(30):77917810, 2006.DE LUCA, C. J.; ERIM, Z. CommonDrive in Motor Units of a Synergistic Muscle Pair. Journal of Neurophysiology, 2002.ENG, C. M.; LIEBERMAN, D. E.; ZINK, K.D.; PETERS, M. A. Bite Force andOcclusal Stress Production in Hominin Evolution. American Journal ofPhysical Anthropology, 2013.FERRARI, E. A. M.; TOYODA, M. S.; FALEIROS, L. Plasticidade neural: Relacoes com ocomportamento e abordagens experimentais. Revista de Psicologia: teoria e pesquisa. n. 2, v.17, p. 187-194, 2001.FORANDER, P.; HOFFER, B.;STROMBERG, I. Nerve fiber formation andcatecholamine in adult rat adrenal medullary transplants after treatment withNGF, NT-3, NT-4/5, BFGF, CNTF, AND GDNF. Cell tissue research. v. 292, P. 503-512, 1998.FRANK, C.; KOBESOVA, A.;KOLAR, P. Dynamic Neuromuscular Stabilization and Sports Rehabilitation. The International Journal of Sports Physical Therapy,Vol 8, Number 1, February 2013.GLAZIER, P.; WHEAT, J. S.; PEASE, D. L.; BARTLETT, R. M.The interface between biomechanics andmotor control: dynamic systems theory and the functional role of movementvariability. In: DAVIDS, K., BENNETT, S. and NEWELL, K.,(eds.) Movementsystem variability. Humankinetics, 49-69. 2006.GUYTON, A. C.; HALL, J. E. Fisiologia humana e mecanismo das doencas. Rio deJaneiro, Guanabara Koogan, 2008. 639p. HEBB, D. TheOrganization of Behavior. New York: Wiley & Sons,1949. JIANG, N.; PARKER, P. A.; ENGLEHART, K. B. Extracting Neural Drives from Surface EMG:A Generative Model and Simulation Studies. Conf Proc IEEE Eng Med Biol Soc. 2007.KAMM, K.; THELEN, E.; JENSEN,J. L. A Dynamical Systems Approach to