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Chapters
- 00:05Title
- 00:54Introduction
- 01:34Preparation of Drosophila
- 04:13Mounting Drosophila Pupae for Imaging
- 05:16Scanning a Tissue of Interest
- 06:18Time-lapse Imaging
- 07:58Three Dimensional Reconstruction of Fluorescence
- 09:59Representative Results/ Outcome
- 10:58Conclusion
Mésoscopique de fluorescence de tomographie opère au-delà des limites de la pénétration des tissus sectionnement microscopie à fluorescence. La technique est basée sur la multi-projection de l'illumination et une description de transport des photons. Nous démontrons in vivo du corps entier de visualisation 3D de la morphogenèse des ailes exprimant la GFP dans les disques imaginaux<em> Drosophila melanogaster.</em
Tags
Mesoscopic Fluorescence TomographyIn-vivo ImagingDeveloping DrosophilaOptical InterrogationMolecular ChangesFunctional ChangesOptical Imaging MethodsPenetration LimitsOptical MicroscopyDiffusion-imposed LimitsOptical MacroscopyModel OrganismsInsectsAnimal EmbryosSmall Animal ExtremitiesNanometer-resolution Optical ImagingImaging Penetration DepthPhoton ScatteringEntire Embryos ImagingChemical TreatmentScattering ClearancePost-mortem ImagingTwo-photon MicroscopyConfocal MicroscopyDevelopmental BiologyDrug Discovery
