Publicaciones Médicas

The FGF2 Improves VEPs in Dyslexic Children (DCh)

The FGF2 Improves VEPs in Dyslexic Children (DCh). Recent Advances in Human Neurophysiology. March 1998. Okazaki, Japan. L. C. AGUILAR, P. ROSIQUE, F. ALFARO, R. MARTIN, S. CRUZ, A. ISLAS, AND J. M. CANTU. IINEDEC, a.p. 3920, Guadalajara, Jal, Mexico. IFC. CUCBA. U.de G. Div. de Genetica, CIBO.IMSS. INTRODUCTION The FGF 2, is a neurotrophic factor, with effect on CNS neurons (cortex, hippocampus (HP), striatum (ST), thalamus, etc.( Eckenstein et. al., 1990, Weise et. al., 1993, Walike et....

Seguir leyendo

The Fibroblast Growth Factor 2

The Fibroblast Growth Factor 2 (FGF2) Improves VEPs in Autistic Children. Recent Advances in Human Neurophysiology. March 1998. Okazaki, Japan. AGUILAR L. C., CRUZ S., MARTIN R., ROSIQUE P., ALFARO F., ISLAS A., AND CANTU J.M. Instituto de Investigaciones en Neuroplasticidad y Desarrollo Celular . Departamento de Biologia Celular y Molecular de la Universidad de Guadalajara. CIBO, IMSS. Guadalajara, Jalisco, MEXICO A.P. 3920. INTRODUCTION FGF2 is a protein that has shown neurotrophic effect...

Seguir leyendo

Recent Advances in Human Neurophysiology

Recent Advances in Human Neurophysiology. March 1998. Okazaki, Japan.  Comparative Analysis using VEPs showed many abnormalities in autistic respect to healthy children. Recent Advances in Human Neurophysiology. March 1998. Okazaki, Japan. AGUILAR L. C., MARTIN R., CRUZ S., ROSIQUE P., ISLAS A.AND ALFAROF. Instituto de Investigaciones en Neuroplasticidad y Desarrollo Celular. Departamento de Biologia Celular y Molecular de la Universidad de Guadalajara. Guadalajara, Jalisco...

Seguir leyendo

Fibroblast Growth Factor

Fibroblast Growth Factor (FGF) improves the rate development and visual evoked potentials (VEPs) in Down Syndrome. The Mentally Retarded in the 2000′S Society. Proceedings of the First International Congress on Mental Retardation. 23 – 26 March 1996; Rome, Italy. The FGF has neurotrophic effect in neurons of many CNS areas, improve neurochemical and morphological parameters in several rodent models of brain demage, also increase mental development in children with mental retardation...

Seguir leyendo