. The anatomy of the frog. Frogs -- Anatomy; Amphibians -- Anatomy. THE EYE. 421 and nucleated (Iwanoff and Vircliow); according to tlie former observer the cells have contractile powers. The hyaloid membrane is described as structureless by Schwalbe, as fibrous by Pappenheim^ Bowman, and Fuikbeiner. The vessels o£ the vitreous body (Fig*. 260) are as follows. The A. Iiyaloldea arises at the lowest point of the corpus ciliare ; it almost immediately divides into two branches, which form a ring" at a distance of about 0*5 mm. from the lens and lying- on the surface of the vitreous body (Fi

GLIX-115-RN78M7

. The anatomy of the frog. Frogs -- Anatomy; Amphibians -- Anatomy. THE EYE. 421 and nucleated (Iwanoff and Vircliow); according to tlie former observer the cells have contractile powers. The hyaloid membrane is described as structureless by Schwalbe, as fibrous by Pappenheim^ Bowman, and Fuikbeiner. The vessels o£ the vitreous body (Fig*. 260) are as follows. The A. Iiyaloldea arises at the lowest point of the corpus ciliare ; it almost immediately divides into two branches, which form a ring" at a distance of about 0*5 mm. from the lens and lying- on the surface of the vitreous body (Fi
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. The anatomy of the frog. Frogs -- Anatomy; Amphibians -- Anatomy. THE EYE. 421 and nucleated (Iwanoff and Vircliow); according to tlie former observer the cells have contractile powers. The hyaloid membrane is described as structureless by Schwalbe, as fibrous by Pappenheim^ Bowman, and Fuikbeiner. The vessels o£ the vitreous body (Fig*. 260) are as follows. The A. Iiyaloldea arises at the lowest point of the corpus ciliare ; it almost immediately divides into two branches, which form a ring" at a distance of about 0*5 mm. from the lens and lying- on the surface of the vitreous body (Fi

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