
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
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
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
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
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
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