Digital Histology
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Glycogen

Individual glycogen granules appear as coarse, highly electron-dense structures in the cytoplasm and are not surrounded by a membrane.  When compared with ribosomes on the RER, glycogen granules are larger and more electron dense.  Liver  40,000x

Glycogen granules <p>Individual glycogen granules appear as coarse, highly electron-dense structures in the cytoplasm and are not surrounded by a membrane.  When compared with ribosomes on the RER, glycogen granules are larger and more electron dense.  Liver  40,000x</p>

Glycogen granules

Individual glycogen granules appear as coarse, highly electron-dense structures in the cytoplasm and are not surrounded by a membrane.  When compared with ribosomes on the RER, glycogen granules are larger and more electron dense.  Liver  40,000x
RER <p>Individual glycogen granules appear as coarse, highly electron-dense structures in the cytoplasm and are not surrounded by a membrane.  When compared with ribosomes on the RER, glycogen granules are larger and more electron dense.  Liver  40,000x</p>

RER

Individual glycogen granules appear as coarse, highly electron-dense structures in the cytoplasm and are not surrounded by a membrane.  When compared with ribosomes on the RER, glycogen granules are larger and more electron dense.  Liver  40,000x
Mitochondria <p>Individual glycogen granules appear as coarse, highly electron-dense structures in the cytoplasm and are not surrounded by a membrane.  When compared with ribosomes on the RER, glycogen granules are larger and more electron dense.  Liver  40,000x</p>

Mitochondria

Individual glycogen granules appear as coarse, highly electron-dense structures in the cytoplasm and are not surrounded by a membrane.  When compared with ribosomes on the RER, glycogen granules are larger and more electron dense.  Liver  40,000x
Main SlideGlycogen granulesRERMitochondria