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[Microscopical examination in the neuropathophysiological research]
Vera Markvartová1, Frantisek Vozeh
1Ustav patologické fyziologie LF UK v Plzni. vera.markvartova@lfp.cuni.cz
Abstract:
Microscopical examination of brain tissue appears as a valuable process, which can acknowledge, complete or confute the acquired findings by functional experiments. The purpose of this work was to survey histo-morphological and functio-morphological techniques mostly used in the neuropathophysiological research with application examples. The most common pathological processes in the brain is possible to document with some of this methods. Whether there are developmental, traumatical, degenerative, on the base of ischemia, reperfusion developed or only functional changes. The work deals with methods histological-non-specific, that offer comprehensive image- as hematoxiline-eosine staining, Nissl staining, Golgi impregnation. Further with cyto- and histochemical techniques- as Fluoro-Jade staining and NADPH-diaphorase detection and with immunohistochemical methods, in which marking with anticalbindin and imaging of c-fos protein are noted.
Insights
Microscopical examination of brain tissue offers valuable insights complementing functional studies. This review surveys key neuropathophysiological techniques for documenting diverse brain pathologies, from developmental to ischemic changes.
Area of Science:
- Neuroscience
- Pathology
- Histology
Context:
- Microscopical examination of brain tissue is crucial for validating functional experimental findings.
- Neuropathophysiology relies on diverse techniques to understand brain structure and function.
- Brain pathologies encompass developmental, traumatic, degenerative, ischemic, and functional alterations.
Purpose:
- To survey histo-morphological and functio-morphological techniques in neuropathophysiological research.
- To provide application examples for these microscopy techniques.
- To highlight methods for documenting common brain pathological processes.
Summary:
- The review covers non-specific histological methods like hematoxylin-eosin, Nissl staining, and Golgi impregnation for comprehensive imaging.
- Cyto- and histochemical techniques, including Fluoro-Jade staining and NADPH-diaphorase detection, are discussed.
- Immunohistochemical methods, such as anti-calbindin marking and c-fos protein imaging, are also detailed.
Impact:
- Provides a comprehensive overview of essential microscopy techniques for neuropathophysiology.
- Facilitates the documentation and understanding of various brain pathologies.
- Supports researchers in selecting appropriate methods for neuropathophysiological investigations.
