The American journal of anatomy . Fig 6 Section of gland near its origin from the duct, showing several types ofepithelial cells. Acetic osmic bichromate, safranin, acid violet; i, islet cells;m, mucous cells; g, goblet cell; d, undifferentiated epithelium. _ Fig. 7 Duct frompancreas of the guinea pig showing multiple connections with islets. Pyronin, neutral red. X 77. 350. 352 R. R. BENSLEY separated from the duct system. The examination of prepara-tions fixed in Zenkers fluid and stained by Mallorys aniline bluemethod for connective tissue, shows that the apparent continuitybetween islets a
The American journal of anatomy . Fig 6 Section of gland near its origin from the duct, showing several types ofepithelial cells. Acetic osmic bichromate, safranin, acid violet; i, islet cells;m, mucous cells; g, goblet cell; d, undifferentiated epithelium. _ Fig. 7 Duct frompancreas of the guinea pig showing multiple connections with islets. Pyronin, neutral red. X 77. 350. 352 R. R. BENSLEY separated from the duct system. The examination of prepara-tions fixed in Zenkers fluid and stained by Mallorys aniline bluemethod for connective tissue, shows that the apparent continuitybetween islets and acini or ducts is real, and that no connectivetissue fibrils are interposed between the islet and the acini withwhich it appears to be continuous. In the islets of this class itis impossible to define a capsule, though such a structure may withjustice be ascribed to the islets of class 2.
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Keywords: ., bookcentury1900, bookdecade1900, booksubjectanatomy, bookyear1901
