| Literature DB >> 29475094 |
Moritz Tacke1, Ingo Borggraefe2, Lucia Gerstl3, Florian Heinen3, Katharina Vill3, Michaela Bonfert3, Thomas Bast4, Bernd Axel Neubauer5, Friedrich Baumeister6, Martina Baethmann7, Karl Bentele8, Christian Blank9, Harald M Blank10, Harald Bode11, Friedrich Bosch12, Ulrich Brandl13, Knut Brockmann14, Peter Dahlem15, Jan-Peter Ernst16, Evemarie Feldmann17, Andreas Fiedler18, Michael Gerigk19, Soeren Heß20, Christiane Hikel21, Hans-Georg Hoffmann22, Matthias Kieslich23, Joerg Klepper24, Gerhard Kluger25, Hartmut Koch26, Walter Koch27, Rudolf Korinthenberg28, Ilona Krois29, Hermann Kühne30, Gerhard Kurlemann31, Michaela Mandl32, Ulrike Mause33, Peter Navratil34, Joachim Opp35, Johann Penzien36, Viola Prietsch37, Axel Quattländer38, Dietz Rating39, Ulrike Schara40, Mohammed G Shamdeen41, Andreas Sprinz42, Hildegard Wendker-Magrabi43, Ulrich Stephani44, Hiltrud Muhle44, Hans-Michael Straßburg45, Bärbel Töpke46, Regina Trollmann47, Elisabeth Tuschen-Hofstätter48, Stephan Waltz49, Gabriele Weber50, Frank U Wien51, Markus Wolff52, Tilman Polster53, Hedwig Freitag53, Ötzcam Sönmez54, Klaus Reinhardt55, Marion Traus56, Zeecam Hoovey57.
Abstract
PURPOSE: BECTS (benign childhood epilepsy with centrotemporal spikes) is associated with characteristic EEG findings. This study examines the influence of anti-convulsive treatment on the EEG.Entities:
Keywords: Anticonvulsive treatment; BECTS; EEG; Levetiracetam; Pediatric epilepsy; Sulthiame
Mesh:
Substances:
Year: 2018 PMID: 29475094 DOI: 10.1016/j.seizure.2018.01.015
Source DB: PubMed Journal: Seizure ISSN: 1059-1311 Impact factor: 3.184