Titlebook: Electric Pain Control; F. L. Jenkner Book 1995 Springer-Verlag Wien 1995 Pain Control.TENS.Transcutaneous electric nerve stimulation.neuro

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Indications. It then becomes necessary to place the anode over this nerve to treat the pain. In conditions where such segmental allocation is impossible (e.g. joint pain), it is advisable to select an impulse with a higher DC-component whenever the apparatus provides such modalities of current. If this is not

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Sympathetic Nerves the function of a sympathetic nerve by applying electrodes in a specific way, specific as to size and position of the electrodes. To ascertain if a proposed measure will be followed by the desired effect, one should test the respective nerve block by monitoring the circulation before prescribing a

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Somatic Nervesious section. For these fibers, the experimentally proven effects have been substantiated by clinical reports (fig.10, 19). For somatic nerves inferences are possible only by analogy. This is made more probable by the comparison of some electric properties of somatic and sympathetic nerves (see tabl

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Grundkurs Kosten- und Leistungsrechnungs within the brain (basal ganglia). It may be modified or influenced not only by pharmacological (i.e. drugs) but also by electrical means. After the algophorus impulses meet certain cerebral areas, we sense “pain”, just as certain other impulses turn to our sensing of light, sound, touch etc. in ot

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,Suchen, Spielen und Probleme l?sen,t less!) have to be supplemented by duration of a single impulse (200 .sec or less). One should use devices only if they provide electrodes of very unequal sizes. See section K of appendix. The shape of impulses should be monophasic square waves; biphasic impulses or asymmetrically biphasic impulses

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,Drehstromgr??en in Raumzeigerdarstellung,ry states that pain transmission through this gate is altered by sensory nerve input to this region. Subsequent research since 1965 has supported much of the Gate Control Theory and has added new dimensions to it (., [250]; 1984; . [66]; 1984). TENS pulse frequencies between 75 Hz and 150 Hz (cycles