Chromosome Geography LectureThe Chromosome as a Polymer BlobChromosome Geography @ CaltechChromosome Geography: Genomic vs. physical positionFluorescence In-Situ Hybridization (FISH)Schemes for Mapping Chromosome GeographyPowerPoint PresentationSlide 8Quantifying the GeographyThe Immune SystemSlide 11Chromosome Geography in VibrioModels for Chromosome SegregationChromosome Geography LectureChromosome Geography LectureThe Chromosome as a Polymer BlobThe Chromosome as a Polymer Blobb=2PChromosome Geography @ CaltechChromosome Geography @ CaltechSturtevant and MorganBenzerChromosome Geography: Genomic vs. Chromosome Geography: Genomic vs. physical positionphysical positionCremer and CremerLucy ShapiroFluorescence In-Situ Hybridization Fluorescence In-Situ Hybridization (FISH)(FISH)http://www.microscopyu.com/articles/fluorescence/insitu/brennerinsitu.htmlSchemes for Mapping Chromosome Schemes for Mapping Chromosome GeographyGeographyGitai et al, 2005Yokota et al, 1995Quantifying the GeographyQuantifying the GeographyGasser, Science 2002Quantifying the GeographyQuantifying the GeographyHeun, Gasser, Science 2001Bystricky, Gasser, PNAS 2004Quantifying the GeographyQuantifying the GeographySachs et al.The Immune SystemThe Immune SystemThe Immune SystemThe Immune SystemKees Murre, UCSDoriCIoriCIIxyProbabilityProbabilityxyReplication origins are confined!(Theriot et al.)Chromosome Geography in VibrioChromosome Geography in VibrioModels for Chromosome SegregationModels for Chromosome SegregationGitai et al,
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