Publications by authors named "F Mechler"

Unlabelled: Összefoglaló. Háttér: A rheopheresis egy szelektív, extracorporalis, kettős kaszkádfiltrációs eljárás, mely előzetes plazmaszeparációt követően egy speciális filter segítségével kivonja a vérplazmából a hiperviszkozitásért felelős komponenseket, úgymint alacsony sűrűségű lipoprotein, lipoprotein(a), triglicerid, koleszterin, fibrinogén, α2-makroglobulin, Von Willebrand-faktor, immunglobulin-M. Módszer és Betegek: Klinikánkon az elmúlt 5 évben MONET filter alkalmazásával összesen 80 kezelést végeztünk hiperviszkozitással összefüggő, időskori száraz maculadegeneratióban, diabeteses alsó végtagi fekélyben, illetve neuropathiában.

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Objective: In this prospective observational study we investigated electrophysiological alterations in the early phase of critical illness and correlated electrophysiological findings with the clinical picture and outcome.

Methods: We enrolled 21 critically ill surgical patients having ≥ 12 Acute Physiology and Chronic Health Evaluation (APACHE) II scores on admission. Routine non-invasive bilateral electroneurography (ENG) examination of median and ulnar nerves was done on five consecutive days starting in two days after admission.

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Background: Mutations of both the PMP22 and EGR2 genes cause Charcot-Marie-Tooth (CMT) disease type 1. Deletion of the PMP22 gene, results in hereditary neuropathy with liability to pressure palsies. More publications exist about the interaction of PMP22 duplication and other CMT-causing gene mutations.

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Background: We tested whether in diabetic polyneuropathy the temperature dependence of the median nerve conduction parameters reflects the severity of neuropathy.

Methods: We validated an electrophysiological score against clinical signs of polyneuropathy. Electroneurography was performed at temperatures from 20-40 degrees C in diabetic patients with mild, moderate and severe neuropathy and controls.

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Sensory processing is an active process involving the interaction of ongoing cortical activity with incoming stimulus information. However, the modulators and circuits involved in this interaction are incompletely understood. One potential candidate is the cannabinoid-signaling system, which is known to modulate the dynamics of cortical networks.

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