20-119

Aplicaciones clínicas de los campos magnéticos. Magnetoterapia y magnetosteogenia

P. GUILLEN, J. M. MADRIGAL, A. MADRONERO, J. I. PITILLAS, J. M. GALVEZ, J. LLOPIS Centro de Rehabilitación Mapfre en Majadahonda (Madrid)
Recepción:
31/03/2009
Aceptación:
31/03/2009
Publicación:
31/03/2009


Métricas


119

Visualizaciones


22

Descargas


Compartir

Compartir

Resumen (ES)

The fundamentals of the clinical using of magnetic fields are explained in the twopossible ways, the magnetotherapy and the stimulation of bone delayed and non unions.The low frequency magnetic pulses are used to promote cellular functions by increasing ofions formation in the citoplasm. The stimulation of delayed and non union is possibleusing a contimuos and alternate superimposed magnetic fields. The continuos field promotescalcium fixation in bone tissue. The alternate magnetic field promotes the stimulationon the bone cells activity.The experimental use of several kinds of laboratory measurement of eleetrical responseof alive bones in magnetic environement is significant.It is possible to design and make an equipment able to supply the most adequate dosesof magnetic field in order to get an optimal influence to improve bone consolidation.

Palabras clave (ES):

Campo
Electroestimulación
Magnéticos
Magnetoterapia
Magnetosteogenia

Resumen (EN)

The fundamentals of the clinical using of magnetic fields are explained in the twopossible ways, the magnetotherapy and the stimulation of bone delayed and non unions.The low frequency magnetic pulses are used to promote cellular functions by increasing ofions formation in the citoplasm. The stimulation of delayed and non union is possibleusing a contimuos and alternate superimposed magnetic fields. The continuos field promotescalcium fixation in bone tissue. The alternate magnetic field promotes the stimulationon the bone cells activity.The experimental use of several kinds of laboratory measurement of eleetrical responseof alive bones in magnetic environement is significant.It is possible to design and make an equipment able to supply the most adequate dosesof magnetic field in order to get an optimal influence to improve bone consolidation.

Explorar

Artículos


Volúmenes


Sobre la revista


Más leídos

Surgiceloma como complicación de tenodesis extraarticular de Lemaire modificada asociada a ligamentoplastia del cruzado anterior

Revista Española de Cirugía Osteoarticular


Uso de placa puente dorsal: una alternativa en fracturas de muñeca catastróficas

Revista Española de Cirugía Osteoarticular


No todo es "cut-out": reclasificación de las complicaciones mecánicas del tornillo cefálico del clavo intramedular.

Revista Española de Cirugía Osteoarticular


Solución límite para recambio de prótesis total de cadera con cotilo osteointegrado: presentación de casos

Revista Española de Cirugía Osteoarticular


Radioterapia a bajas dosis en artrosis: ¿una opción terapéutica real o un efecto placebo sofisticado?

Revista Española de Cirugía Osteoarticular