. Bulletin of the U.S. Department of Agriculture. Agriculture; Agriculture. Fig. 3.—Cross section of leaf epidermis, shewing penetration of epidermal cell from an appres- sorium, 65 hours after inoculation. The tip of the penetration tube is swollen. (Camera-lucida drawing; magnified about 575 times.) Fig. 4.—Cross section of the outer wall of a leaf epidermal cell, showing an incipient stage of penetration from an appressorium, 65 hours after inoculation. (Camera-lucida drawing; magnified about 1,300 times.) after inoculation, and types are illustrated in figures 3 and 4. The latter represent

GLIX-115-RGBR92

. Bulletin of the U.S. Department of Agriculture. Agriculture; Agriculture. Fig. 3.—Cross section of leaf epidermis, shewing penetration of epidermal cell from an appres- sorium, 65 hours after inoculation. The tip of the penetration tube is swollen. (Camera-lucida drawing; magnified about 575 times.) Fig. 4.—Cross section of the outer wall of a leaf epidermal cell, showing an incipient stage of penetration from an appressorium, 65 hours after inoculation. (Camera-lucida drawing; magnified about 1,300 times.) after inoculation, and types are illustrated in figures 3 and 4. The latter represent
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. Bulletin of the U.S. Department of Agriculture. Agriculture; Agriculture. Fig. 3.—Cross section of leaf epidermis, shewing penetration of epidermal cell from an appres- sorium, 65 hours after inoculation. The tip of the penetration tube is swollen. (Camera-lucida drawing; magnified about 575 times.) Fig. 4.—Cross section of the outer wall of a leaf epidermal cell, showing an incipient stage of penetration from an appressorium, 65 hours after inoculation. (Camera-lucida drawing; magnified about 1,300 times.) after inoculation, and types are illustrated in figures 3 and 4. The latter represent

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