Portal de Periódicos da CAPES

Masthead

2013; De Gruyter; Volume: 395; Issue: 2 Linguagem: Inglês

10.1515/hsz-2014-masthead2

1437-4315

Friedrich Miescher, Felix Hoppe‐Seyler, Bernhard Brüne, Johannes Büchner, Munich Ludwig, Münster Sies, Düsseldorf Turk, Ljubljana Wittinghofer, J Bergeron, Montreal Bogyo, Stanford Cadenas, Angeles Los, Florence Chiti, Dikic, C Main, Cambridge Dobson, Groningen Driessen, Ghent Gevaert, Bremen Hammann, Martinsried Hartl, Düsseldorf Häussinger, St Hiscott, Y Lucie, L.-O Igarashi, Jena Klotz, Munich Magdolen, Francisco San, Kyoto Narumiya, M. Naumann, Vancouver Overall, Uppsala Pejler, Freiburg Pfanner, Melbourne Pike, Krakow Potempa, Bonn Sandhoff, Zürich Schaffner, Heidelberg Sinning, Munich Sommerhoff, Richmond Spiegel, C Blattner, Karlsruhe Einsle, Freiburg Giehl, Giessen Hell, Heidelberg Helm, Mainz Herrmann, Kaiserslautern Heumann, Bochum Horstkorte, Halle Saale, Carola Hunte, Freiburg Knauer, Peter Rehling, Göttingen Schneider, Mainz Schuchardt, Hannover Seidel, Düsseldorf Sterner, Regensburg Villmann, Torsten Krüger, Responsible For, Advertisements Panagiota, Compuscript Typesetting, Shannon Ltd, Franz Printing, Julia Patzig, Hauke Werner,

Cytoskeletal septin proteins assemble as distinct heterooligomers and higher order-filaments as a prerequisite to mediate various cellular processes.This Highlight Issue of Biological Chemistry presents original data and overview articles on current topics in the biochemistry and cell biology of septins, as well as related physiological and pathophysiological aspects.In their article on pp.143-149 in this issue, Patzig and colleagues review what is known about septins in the non-neuronal cells of the vertebrate nervous system collectively termed 'glial cells', i.e., astrocytes, microglia, oligodendrocytes, and Schwann cells.The cover image shows immunostaining for septin 11 (SEPT11, red) in cultured astrocytes immunopositive for the intermediate filament glial fibrillary acidic protein (GFAP, green).