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Results: 3
INHIBITION OF TRANSMITTER RELEASE CORRELATES WITH THE PROTEOLYTIC ACTIVITY OF TETANUS TOXIN AND BOTULINUS TOXIN-A IN INDIVIDUAL CULTURED SYNAPSES OF HIRUDO-MEDICINALIS
Authors: BRUNS D ENGERS S YANG C OSSIG R JEROMIN A JAHN R
Citation: D. Bruns et al., INHIBITION OF TRANSMITTER RELEASE CORRELATES WITH THE PROTEOLYTIC ACTIVITY OF TETANUS TOXIN AND BOTULINUS TOXIN-A IN INDIVIDUAL CULTURED SYNAPSES OF HIRUDO-MEDICINALIS, The Journal of neuroscience, 17(6), 1997, pp. 1898-1910
FUNCTIONALITY AND SPECIFIC MEMBRANE LOCALIZATION OF TRANSPORT GTPASESCARRYING C-TERMINAL MEMBRANE ANCHORS OF SYNAPTOBREVIN-LIKE PROTEINS
Authors: OSSIG R LAUFER W SCHMITT HD GALLWITZ D
Citation: R. Ossig et al., FUNCTIONALITY AND SPECIFIC MEMBRANE LOCALIZATION OF TRANSPORT GTPASESCARRYING C-TERMINAL MEMBRANE ANCHORS OF SYNAPTOBREVIN-LIKE PROTEINS, EMBO journal, 14(15), 1995, pp. 3645-3653
KEX2-DEPENDENT INVERTASE SECRETION AS A TOOL TO STUDY THE TARGETING OF TRANSMEMBRANE PROTEINS WHICH ARE INVOLVED IN ER-]GOLGI TRANSPORT IN YEAST
Authors: BOEHM J ULRICH HD OSSIG R SCHMITT HD
Citation: J. Boehm et al., KEX2-DEPENDENT INVERTASE SECRETION AS A TOOL TO STUDY THE TARGETING OF TRANSMEMBRANE PROTEINS WHICH ARE INVOLVED IN ER-]GOLGI TRANSPORT IN YEAST, EMBO journal, 13(16), 1994, pp. 3696-3710
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