Digital Histology
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Glycogen

This binucleated liver cell (hepatocyte) possesses numerous organelles, as well as accumulations of glycogen granules.  Glycogen granules, which are not enclosed by a membrane, are the storage form of glucose.  Glycogen granules often aggregate in the cytoplasm and appear highly electron-dense in the electron microscope, as seen here.  7500x

Glycogen granules <p>This binucleated liver cell (hepatocyte) possesses numerous organelles, as well as accumulations of glycogen granules.  Glycogen granules, which are not enclosed by a membrane, are the storage form of glucose.  Glycogen granules often aggregate in the cytoplasm and appear highly electron-dense in the electron microscope, as seen here.  7500x</p>

Glycogen granules

This binucleated liver cell (hepatocyte) possesses numerous organelles, as well as accumulations of glycogen granules.  Glycogen granules, which are not enclosed by a membrane, are the storage form of glucose.  Glycogen granules often aggregate in the cytoplasm and appear highly electron-dense in the electron microscope, as seen here.  7500x
Nuclei <p>This binucleated liver cell (hepatocyte) possesses numerous organelles, as well as accumulations of glycogen granules.  Glycogen granules, which are not enclosed by a membrane, are the storage form of glucose.  Glycogen granules often aggregate in the cytoplasm and appear highly electron-dense in the electron microscope, as seen here.  7500x</p>

Nuclei

This binucleated liver cell (hepatocyte) possesses numerous organelles, as well as accumulations of glycogen granules.  Glycogen granules, which are not enclosed by a membrane, are the storage form of glucose.  Glycogen granules often aggregate in the cytoplasm and appear highly electron-dense in the electron microscope, as seen here.  7500x
- Nucleoli <p>This binucleated liver cell (hepatocyte) possesses numerous organelles, as well as accumulations of glycogen granules.  Glycogen granules, which are not enclosed by a membrane, are the storage form of glucose.  Glycogen granules often aggregate in the cytoplasm and appear highly electron-dense in the electron microscope, as seen here.  7500x</p>

- Nucleoli

This binucleated liver cell (hepatocyte) possesses numerous organelles, as well as accumulations of glycogen granules.  Glycogen granules, which are not enclosed by a membrane, are the storage form of glucose.  Glycogen granules often aggregate in the cytoplasm and appear highly electron-dense in the electron microscope, as seen here.  7500x
Mitochondria <p>This binucleated liver cell (hepatocyte) possesses numerous organelles, as well as accumulations of glycogen granules.  Glycogen granules, which are not enclosed by a membrane, are the storage form of glucose.  Glycogen granules often aggregate in the cytoplasm and appear highly electron-dense in the electron microscope, as seen here.  7500x</p>

Mitochondria

This binucleated liver cell (hepatocyte) possesses numerous organelles, as well as accumulations of glycogen granules.  Glycogen granules, which are not enclosed by a membrane, are the storage form of glucose.  Glycogen granules often aggregate in the cytoplasm and appear highly electron-dense in the electron microscope, as seen here.  7500x
RER <p>This binucleated liver cell (hepatocyte) possesses numerous organelles, as well as accumulations of glycogen granules.  Glycogen granules, which are not enclosed by a membrane, are the storage form of glucose.  Glycogen granules often aggregate in the cytoplasm and appear highly electron-dense in the electron microscope, as seen here.  7500x</p>

RER

This binucleated liver cell (hepatocyte) possesses numerous organelles, as well as accumulations of glycogen granules.  Glycogen granules, which are not enclosed by a membrane, are the storage form of glucose.  Glycogen granules often aggregate in the cytoplasm and appear highly electron-dense in the electron microscope, as seen here.  7500x
Main SlideGlycogen granulesNuclei - NucleoliMitochondriaRER