Titlebook: Mathematical Foundations of Software Development. Proceedings of the International Joint Conference ; Volume 1: Colloquium Hartmut Ehrig,Ch

homeostasis

Hartmut Ehrigxposed motor cortex and spinal cord responses to transcranial brain stimulation in the cat, and we have found that spinal cord responses to transcranial brain stimulation are easily confused with responses other than corticospinal D response (7). However, because of the tremendous difference in brai

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trigger

John C. Reynoldstive response. The clearest example of this is seen in the responses to certain muscle afferents. Group I muscle afferents have been found to elicit evoked responses in primary somatosensory or closely related cortex (Amassian and Berlin, 1958; Oscarsson and Rosen, 1963, 1966; Albe-Fessard, 1967; Sw

follicular-unit

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Wernickes-area

D. Kapur,P. Narendran,G. Sivakumardaptive potential. Indeed, it has been suggested that altered or impaired neuroplasticity may contribute to a variety of pathological states associated with dysregulation of mood [.]. Thus, the goal of this chapter is to focus on glutamate’s role in neuroplasticity in brain structures associated wit

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Hyperplasia

Michael KarrAP-43-Antik?rper; eine detaillierte Darstellung des anatomischen Normalsubstrats und der GAP-43 Expression im Rückenmark adulter und sich postnatal entwickelnder Ratten; die Untersuchung der Ver?nderung der GAP-43-Expression von descendierenden und ascendierenden Projektions-Neuronen, propriospinale

prodrome

Ilaria CastellaniAP-43-Antik?rper; eine detaillierte Darstellung des anatomischen Normalsubstrats und der GAP-43 Expression im Rückenmark adulter und sich postnatal entwickelnder Ratten; die Untersuchung der Ver?nderung der GAP-43-Expression von descendierenden und ascendierenden Projektions-Neuronen, propriospinale