Detekce změn neuronálních drah po lézi CNS pomocí dextran aminu.

Title of work: Detection of neuronal pathways after CNS lesions by using dextran amine. Aim: Develop a metodology for pathway tracing with the substance transmitted by axonal anterograde transport and compare iontophoretic and pressure injection of BDA. Methods: The experiment was performed on adult...

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Main Author: Muchová, Zuzana
Other Authors: Konopková, Renata
Format: Dissertation
Language:Czech
Published: 2010
Online Access:http://www.nusl.cz/ntk/nusl-276609
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spelling ndltd-nusl.cz-oai-invenio.nusl.cz-2766092017-06-27T04:39:57Z Detekce změn neuronálních drah po lézi CNS pomocí dextran aminu. Detection of neuronal pathways after CNS lesions by using dextran amine. Konopková, Renata Muchová, Zuzana Otáhal, Jakub Title of work: Detection of neuronal pathways after CNS lesions by using dextran amine. Aim: Develop a metodology for pathway tracing with the substance transmitted by axonal anterograde transport and compare iontophoretic and pressure injection of BDA. Methods: The experiment was performed on adult rats which where injected iontophoretic and pressure anterograde tracer BDA. One week after injection were decapitated in deep anesthesia, their brains removed, frozen in dry ice and stored at -70řC. The brains were then cut into thin coronal slice (50 µm), immunolabeled and loaded on microscopic slides. Individual sections were examined labeling nerve fibers at the injection site, its surroundings and contralateral side of the hemisphere. Results: After injections of anterograde tracer BDA into the nervous tissue have been shown labeling of nerve fibers at the injection site, surroundings and contralateral side of the hemisphere. As an efficient method for its injection was determined according to results of the pressure method. Key words: anterograde tracer, BDA, iontophoretic injection, cerebral ischemia, neuroplasticity 2010 info:eu-repo/semantics/masterThesis http://www.nusl.cz/ntk/nusl-276609 cze info:eu-repo/semantics/restrictedAccess
collection NDLTD
language Czech
format Dissertation
sources NDLTD
description Title of work: Detection of neuronal pathways after CNS lesions by using dextran amine. Aim: Develop a metodology for pathway tracing with the substance transmitted by axonal anterograde transport and compare iontophoretic and pressure injection of BDA. Methods: The experiment was performed on adult rats which where injected iontophoretic and pressure anterograde tracer BDA. One week after injection were decapitated in deep anesthesia, their brains removed, frozen in dry ice and stored at -70řC. The brains were then cut into thin coronal slice (50 µm), immunolabeled and loaded on microscopic slides. Individual sections were examined labeling nerve fibers at the injection site, its surroundings and contralateral side of the hemisphere. Results: After injections of anterograde tracer BDA into the nervous tissue have been shown labeling of nerve fibers at the injection site, surroundings and contralateral side of the hemisphere. As an efficient method for its injection was determined according to results of the pressure method. Key words: anterograde tracer, BDA, iontophoretic injection, cerebral ischemia, neuroplasticity
author2 Konopková, Renata
author_facet Konopková, Renata
Muchová, Zuzana
author Muchová, Zuzana
spellingShingle Muchová, Zuzana
Detekce změn neuronálních drah po lézi CNS pomocí dextran aminu.
author_sort Muchová, Zuzana
title Detekce změn neuronálních drah po lézi CNS pomocí dextran aminu.
title_short Detekce změn neuronálních drah po lézi CNS pomocí dextran aminu.
title_full Detekce změn neuronálních drah po lézi CNS pomocí dextran aminu.
title_fullStr Detekce změn neuronálních drah po lézi CNS pomocí dextran aminu.
title_full_unstemmed Detekce změn neuronálních drah po lézi CNS pomocí dextran aminu.
title_sort detekce změn neuronálních drah po lézi cns pomocí dextran aminu.
publishDate 2010
url http://www.nusl.cz/ntk/nusl-276609
work_keys_str_mv AT muchovazuzana detekcezmenneuronalnichdrahpolezicnspomocidextranaminu
AT muchovazuzana detectionofneuronalpathwaysaftercnslesionsbyusingdextranamine
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