. Cell physiology and pharmacology. Cells. Granules Glycogen. Gel Fig. I. Cytochemistry of hepatic cells, a. Hydrogen ions. b. Diffusible SH. c. Pentose nucleic acid (red) and deoxypentose nucleic acid (green), d. Glycogen, e. Alkaline phosphatase; in addition to the main sites shown, there are low concentrations of alkaline phosphatase in the cyto- plasm and in the chromocentres. f. Fat (red) and fatty aldehyde (green), g. Centrifuged cell; fat at upper pole. h. Dividing cell; pentose nucleic acid (green) and deoxypentose nucleic acid (red).. Please note that these images are extracted from s
. Cell physiology and pharmacology. Cells. Granules Glycogen. Gel Fig. I. Cytochemistry of hepatic cells, a. Hydrogen ions. b. Diffusible SH. c. Pentose nucleic acid (red) and deoxypentose nucleic acid (green), d. Glycogen, e. Alkaline phosphatase; in addition to the main sites shown, there are low concentrations of alkaline phosphatase in the cyto- plasm and in the chromocentres. f. Fat (red) and fatty aldehyde (green), g. Centrifuged cell; fat at upper pole. h. Dividing cell; pentose nucleic acid (green) and deoxypentose nucleic acid (red).. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Danielli, J. F. (James Frederic), 1911-. New York, Elsevier
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