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Polytene Chromosomes of D. melanogaster Electron Micrograph of a Single Chromatid of a Mitotic Chromosome.

Jan 02, 2016

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Alan Maxwell
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Page 1: Polytene Chromosomes of D. melanogaster Electron Micrograph of a Single Chromatid of a Mitotic Chromosome.
Page 2: Polytene Chromosomes of D. melanogaster Electron Micrograph of a Single Chromatid of a Mitotic Chromosome.

Polytene Chromosomes of D. melanogaster

Page 3: Polytene Chromosomes of D. melanogaster Electron Micrograph of a Single Chromatid of a Mitotic Chromosome.

Electron Micrograph of a Single Chromatid of a Mitotic Chromosome

Page 4: Polytene Chromosomes of D. melanogaster Electron Micrograph of a Single Chromatid of a Mitotic Chromosome.

Electron Micrographs of Chromatin Strands Before and After Treatment

Page 5: Polytene Chromosomes of D. melanogaster Electron Micrograph of a Single Chromatid of a Mitotic Chromosome.

Micrococcal Nuclease Digestion of Chromatin

Page 6: Polytene Chromosomes of D. melanogaster Electron Micrograph of a Single Chromatid of a Mitotic Chromosome.

Sedimentation of Nucleosomes

Page 7: Polytene Chromosomes of D. melanogaster Electron Micrograph of a Single Chromatid of a Mitotic Chromosome.

Properties of Histones

Page 8: Polytene Chromosomes of D. melanogaster Electron Micrograph of a Single Chromatid of a Mitotic Chromosome.

Histones Forming the Nucleosome

Page 9: Polytene Chromosomes of D. melanogaster Electron Micrograph of a Single Chromatid of a Mitotic Chromosome.

Formation of Nucleosomes

Page 10: Polytene Chromosomes of D. melanogaster Electron Micrograph of a Single Chromatid of a Mitotic Chromosome.

Two Models for Packing Nucleosomes into 30nm Fiber

Page 11: Polytene Chromosomes of D. melanogaster Electron Micrograph of a Single Chromatid of a Mitotic Chromosome.

Hypothetical Model of Packaging DNA into Chromosomes

Page 12: Polytene Chromosomes of D. melanogaster Electron Micrograph of a Single Chromatid of a Mitotic Chromosome.

Histone Acetylation and DEACETYLATION

Page 13: Polytene Chromosomes of D. melanogaster Electron Micrograph of a Single Chromatid of a Mitotic Chromosome.

Histone Acetylation and Histone Structure

Page 14: Polytene Chromosomes of D. melanogaster Electron Micrograph of a Single Chromatid of a Mitotic Chromosome.
Page 15: Polytene Chromosomes of D. melanogaster Electron Micrograph of a Single Chromatid of a Mitotic Chromosome.

Number of Nucleotide Pairs Per Haploid Genome of Different Organisms

Page 16: Polytene Chromosomes of D. melanogaster Electron Micrograph of a Single Chromatid of a Mitotic Chromosome.

Integration:

Renaturation of DNA is a Second Order Reaction

Page 17: Polytene Chromosomes of D. melanogaster Electron Micrograph of a Single Chromatid of a Mitotic Chromosome.

Reassociation Kinetics of Different DNAs

Page 18: Polytene Chromosomes of D. melanogaster Electron Micrograph of a Single Chromatid of a Mitotic Chromosome.

Reassociation Kinetics of Eukaryotic DNA

Page 19: Polytene Chromosomes of D. melanogaster Electron Micrograph of a Single Chromatid of a Mitotic Chromosome.
Page 20: Polytene Chromosomes of D. melanogaster Electron Micrograph of a Single Chromatid of a Mitotic Chromosome.
Page 21: Polytene Chromosomes of D. melanogaster Electron Micrograph of a Single Chromatid of a Mitotic Chromosome.

Sequence of Telomeric Ends of Different Organisms