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Difference between revisions of "Bilateral Trigeminal neuromotor organic symmetry"
Bilateral Trigeminal neuromotor organic symmetry (view source)
Revision as of 16:27, 8 March 2022
, 2 years ago→bR-MEPs stability and synchronicity
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===<sub>b</sub>R-MEPs stability and synchronicity=== | ===<sub>b</sub>R-MEPs stability and synchronicity=== | ||
[[File:TCS - Motor Evoked Potentials of trigeminal roots in open bite patient.jpg|thumb|'''Figure 2''': Motor evoked potentials elicited by transcranial electrical stimulation of both trigeminal roots]] | [[File:TCS - Motor Evoked Potentials of trigeminal roots in open bite patient.jpg|thumb|'''Figure 2''': Motor evoked potentials elicited by transcranial electrical stimulation of both trigeminal roots]] | ||
Another essential element to support the proposed normalization factor is its stability and synchronicity in the neuromuscular response. | Another essential element to support the proposed normalization factor is its stability and synchronicity in the neuromuscular response. | ||
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We have to add to these biases an even more limiting phenomenon than the intracranial current distribution with vectorial summation and collision current phenomena. However, the morphology of the <sub>b</sub>R-MEPs (Figure 2) and the difference in latency and amplitude (0.04 msec and 400 μV, respectively) reported in Table 2, confirm the high stability and synchronicity of the <sub>b</sub>R-MEPs. Keep in mind that, in order to extract the maximum efficiency from the normalization model proposed, any functional tests, such as trigeminal reflexes, must be performed in the same session and, therefore, with the same electrode arrangement. This way it will significantly reduce distortion due to the recording geometry. | We have to add to these biases an even more limiting phenomenon than the intracranial current distribution with vectorial summation and collision current phenomena. However, the morphology of the <sub>b</sub>R-MEPs (Figure 2) and the difference in latency and amplitude (0.04 msec and 400 μV, respectively) reported in Table 2, confirm the high stability and synchronicity of the <sub>b</sub>R-MEPs. Keep in mind that, in order to extract the maximum efficiency from the normalization model proposed, any functional tests, such as trigeminal reflexes, must be performed in the same session and, therefore, with the same electrode arrangement. This way it will significantly reduce distortion due to the recording geometry. | ||
====Organic symmetry==== | ====Organic symmetry==== | ||