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1Temple University,Shriners Hospitals Pediatric Research Center and Department of Anatomy and Cell Biology, 2Medical Research Service,Department of Veterans Affairs Hospital, 3Department of Neurobiology and Anatomy,Drexel University College of Medicine, 4Shriners Hospitals Pediatric Research Center and Department of Anatomy and Cell Biology,Temple University School of Medicine
Capítulos
- 00:05Título
- 01:19Preparation for Surgery
- 02:19Laminectomy and Surgical Exposure of the L5 Dorsal Root
- 03:21Rhizotomy/Dorsal Root Crush
- 04:10Image Acquisition and Post-op Procedures
- 04:51Repeated Imaging
- 05:32Axonal Regeneration Following Dorsal Root Crush
- 06:16Conclusion
Un<em> In vivo</em> Immagini di protocollo per monitor principale assoni sensoriali seguenti schiacciare spinali è descritto. Le procedure di utilizzo ad ampio campo di microscopia a fluorescenza e topi transgenici Thy1-YFP, e permettere l'imaging ripetuta di rigenerazione degli assoni più di 4 cm nel SNP e le interazioni degli assoni con l'interfaccia del sistema nervoso centrale.
Tags
Live ImagingDorsal Root AxonsRhizotomySpinal Root InjuriesChronic PainSensory LossRegenerationDorsal Root Entry Zone (DREZ)Molecular EventsCellular EventsNerve InjuryPostmortem AnalysesAxon RegenerationReal-time EventsLiving AnimalNeurons Serially In VivoOpticsMouse TransgenicsThy1-GFP Transgenic MiceFluorescent ColorsIn Vivo ImagingMuscleBrainPhysiological MechanismsStatic AnalysesSpinal Cord Imaging
