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2022, Number 2

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Invest Medicoquir 2022; 14 (2)

Efecto de la aplicación del Armeo Spring para el aumento de la amplitud articular de miembros superiores

Francia GT, Nodarse J, Torres AM, Boys LO, Quesada RE
Full text How to cite this article

Language: Spanish
References: 8
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Key words:

memory viso-space, qualtitative, compensation, brain injury, deficits in integration, system activities.

ABSTRACT

Introduction: During the perception of an object, a complex system of temporary connections, which reflects the links and relationships among the objects, their parts and properties arise in the brain.
Methods: A pedagogical pre-experiment study was carried out with a group of 20 patients. A battery was used to evaluate the neuropsychological visual memory, viso-construction, perceptual speed and motor, attention, executive functions and initial verbal (NEUROPSI) intelligence and end to verify that memory deficit, compared the results and the percent of improvement.
Results: The age of the studied group range was between 21 - 55 years. The main feature found was the lack of integration in the reproduction of the model by the latent attention deficit. A disorder in the fixation of memory mechanisms was one of the greatest difficulties presented. An improvement in each variable controlled in relation to the evaluation prior to treatment was obtained.
Conclusions: The system of activities designed influenced positively in memory compensation viso - space in investigated patients.


REFERENCES

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  2. Levin M., Sveistrup H., and Subramanian S. Feedback and virtual environments for motor learning and rehabilitation/Rétroaction et environnement virtuel pour l’apprentissage moteur et la rééducation, F. G. L. (Ed), Ed., 2010.

  3. Duret, Christophea; Mazzoleni, Stefanoc. Armeo: rehabilitación del miembro superior tras DCA. Neurorehabilitación. 2017;41(1):5-15.

  4. Yáñez-Sánchez A, Cuesta-Gómez A. Efectividad del dispositivo Armeo® en la rehabilitación del miembro superior en pacientes que han sufrido un ictus. REV NEUROL. 2020;70:93-102.

  5. Perry BE, Evans EK, Stokic DS. Weight compensation characteristics of Armeo ® Spring exoskeleton: implications for clinical practice and research. J Neuroeng Rehabil. 2017;14:14.

  6. Grafman J, Litvan I. Evidence for four forms of neuroplasticity. En: Grafman J, Christen Y Eds. Neuronal plasticity building a bridge from the laboratory to the clinic. Springer- Verlag. Berlin. 1999. Pp. 131-139.

  7. Gómez Fernández L., Álvarez González E., Macías Betancourt R., Galvizu Sánchez R., Palmero R., Padilla Puentes E., Vizcay Y., Quesada Rodríguez E. Modificaciones en las proyecciones córtico-motoneuronales que van a la mano en pacientes que reciben rehabilitación intensiva. Rehabilitación (Madr). 2006;40(2):79-85.

  8. Nodarse RJ, Torres AM, Francia GT, et al. Tratamiento defectológico para el aumento de la amplitud y movilidad articular de los movimientos del hombro en pacientes con secuelas de lesiones estáticas encefálicas. Rev Mex Neuroci. 2005;6(2):141-4.




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Invest Medicoquir. 2022;14