Titlebook: Nanoscale Imaging of Synapses; New Concepts and Opp U. Valentin Nägerl,Antoine Triller Book 2014 Springer Science+Business Media New York 2

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Shigeki Watanabe,M. Wayne Davis,Erik M. Jorgensenbesitzt, herausverlangen: Vindikationsprinzip. Dieser Anspruch macht die Stärke des Eigentums aus, gefährdet aber auf der anderen Seite die Sicherheit des Rechtsverkehrs: Wer eine Sache erworben hat, muß jederzeit damit rechnen, daß ein Dritter sich als Eigentümer legitimiert und ihm die Sache wegni

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Nicholas A. Frost,Harold D. MacGillavry,Hsiangmin E. Lu,Thomas A. BlanpiedJohows Vorentwurf kannte nur die Hypothek, die erste Kommission schuf in Anlehnung an das preußische Recht die nicht akzessorische Grundschuld und faßte das Mobiliarpfand, die Hypothek und die Grundschuld im 9. Abschnitt unter der Überschrift „Pfandrecht und Grundschuld“ zusammen.. Dabei war man sic

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Nanoscale Imaging of Protein Molecules at the Postsynaptic Density,smission, signal transduction, and processing and provides a substrate for synaptic plasticity. Here we describe approaches to unravel the molecular organization of the PSD to gain insights into its synaptic function. Dissociated cultures of rat hippocampal neurons are prepared by high-pressure free

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Flash-and-Freeze Electron Microscopy: Coupling Optogenetics with High-Pressure Freezing, method to combine optogenetics with electron microscopy to capture dynamic changes in synaptic morphology during neurotransmission. First we generated transgenic . animals expressing channelrhodopsin in specific neurons. We stimulated these neurons in intact animals using a home-built light stimula

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Visualizing the Ultrastructures and Dynamics of Synapses by Single-Molecule Nanoscopy,ng these super-resolution techniques, photoactivated localization microscopy (PALM) and stochastic optical reconstruction microscopy (STORM) are based on the detection of single fluorophores, whose signals are localized with great precision. The strength of single-molecule approaches lies in their h

PAEAN

Live-Cell PALM of Intracellular Proteins in Neurons,lecules critical to synaptic maintenance and plasticity. The small spatial scales of the synapse and the dendritic spines which house the postsynaptic machinery have limited the direct visualization of their structure in living cells. A number of imaging methods have evolved in recent years with the

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Monitoring Nanoscale Mobility of Small Molecules in Organized Brain Tissue with Time-Resolved Fluorof the brain. How fast such molecules can move in the crowded protein environment of live issue is, however, poorly understood. To enable the monitoring of molecular mobility on the nanoscale in situ, we have combined two-photon excitation microscopy and patch-clamp electrophysiology with time-resol