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Nucleus in interphase. The large dark area is the nucleolus.
Matthew Daniels- Digital Images
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Human cell in telophase
Matthew Daniels- Digital Images
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Human chromosomes in metaphase. The chromatin is stained red and the "glue" that holds the two chromatids together is highlighted in yellow. This glue is a proteinaceous complex called cohesin. Once all the chromosomes are attached to the spindle, the cohesin complex breaks down, allowing the two chromatids to separate and move to opposite poles of the cell.
Matthew Daniels- Digital Images
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Human chromosomes in metaphase. The chromosomes are all aligned and at this stage they are attached to the spindle (not visible in this image).
Matthew Daniels- Digital Images
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Human chromosomes in early anaphase. At this stage the chromosomes have started to separate from each other and move towards opposite poles of the cell. The chromatin appears grey and the kinetochores are pink.
Matthew Daniels- Digital Images
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Human cell in interphase showing the tubulin component of the cytoskeleton in green, the DNA in blue and the kinetochores in pink.
Matthew Daniels- Digital Images
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Human chromosomes in telophase. The chromosomes have separated and decondensed, and the new nuclear envelope forms.
Matthew Daniels- Digital Images
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Human cells showing the stages of cell division starting with interphase second from the left on the top. Progressing anticlockwise the stages shown are: early prophase (centrosome not yet separated), late prophase (centrosome separated and DNA condensation), prometaphase (incomplete chromosome attachment), metaphase (chromosomes all attached and aligned), anaphase (chromosome separation), telophase (formation of midbody and cells begin to flatten), early cytokinesis (chromosomes decondensed and nuclear envelope reformed) and late cytokinesis (cells move apart).
Matthew Daniels- Digital Images
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Human cell late in cytokinesis
Matthew Daniels- Digital Images
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Human cell in metaphase
Matthew Daniels- Digital Images
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Human cell in metaphase
Matthew Daniels- Digital Images
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Human cells showing the stages of cell division
Matthew Daniels- Digital Images
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Human cell in telophase
Matthew Daniels- Digital Images
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Human cell in anaphase
Matthew Daniels- Digital Images
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Human cell in early prophase
Matthew Daniels- Digital Images
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Two human cells in interphase. The microtubules are stained in green and the DNA in red.
Matthew Daniels- Digital Images
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Human cancer cells in culture
Matthew Daniels- Digital Images
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Human cells showing the stages of cell division starting with interphase at the top. Progressing down, the stages shown are: prophase, metaphase (chromosomes all attached and aligned), anaphase (chromosome separation)and telophase (formation of midbody and cells begin to flatten).
Matthew Daniels- Digital Images
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Human cell in late prophase
Matthew Daniels- Digital Images
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Human cell in metaphase
Matthew Daniels- Digital Images
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Human cell in anaphase
Matthew Daniels- Digital Images
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Human cell in anaphase
Matthew Daniels- Digital Images
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HeLa cell in prometaphase. The chromatin is stained red and the microtubules forming the spindle stained green. The chromatin has condensed but there is not yet complete attachment of the chromosomes to the spindle.
Matthew Daniels- Digital Images
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Human chromosomes in late anaphase. At this stage the chromosomes have started to separate from each other and move towards opposite poles of the cell.
Matthew Daniels- Books
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Disputes review'd: in a sermon preach'd at the evening lecture at Salters Hall, on Lord's day, July 23. 1710. By Matthew Henry, Minister of the Gospel. Publish'd (with some enlargement) at the request of divers that heard it.
Henry, Matthew, 1662-1714.Date: 1710