I L L U S T R A T I N 8 . 



CIIROMO-LITHOGRAPH8. 



Pajie. 

 I. External surface of lung, showing the effusion on the pleura! surface in pleuro-pnenmoilia 58 



II. Portion of lung, showing the appearance in the pleuro-pneumonia of cattle 58 



III. Portion of lung from a cow dead of plenro-puenmonia 58 



MICRO-PHOTOGRAPHS. 



l\ . Section of liealthy portion of lung, showing epithelium, from a cow dead of epidemic pleuro-pneumonia.. 72 

 V. Section of inflamed portion of lung, showing pns corpuscles in the air vesicles, from a cow dead of epi 

 demic pleuro-pneumonia.. 72 



VI. Section of inflamed portion of lung, showing pns corpuscles iu the air vesicles, from a cow dead of epi 



demic pleuro-pneumonia 72 



VII. Section of inflamed portion of pericardium, showing new elements, from a cow dead of epidemic pleuro- 



pneumonia 72 



VIII. Portion of the exudation in the pericardium, showing pus cells, from a cow dead of epidemic pleuro-pneu 

 monia 72 



IX. Section of inflamed fat, showing inflammatory products between the fat cells, from the fat about the peri 

 cardium of a cow dead of epidemic pleuro-pneumonia 72 



CHROMO-LITHOGBAPH8. 



X. The spleen, incised, in splenic fever 1U2 



XI. The heart, in splenic fever 132 



XII. The kidney, iu splenic fever 132 



XIII. Illustrating the condition of the peritoneal surface of tlie uterus, iu splenic fever 132 



LITHOGRAPH. 



XIV. Illustrating cryptogramic growths in the fluids of diseased cattle. Fig. 1, Micrococus ; Fig. 2, Bacteria ; Fig. 



3, Cryptococcus (common form) ; Fig. 4, Cryptocoecns guttulatus (Ch. Robin); Fig. 5, Pcnicillium 

 erustaceum (Fr.. old) ; Fig. 7, Aspergillus ; Figs. 8, 9, 10, Mncoz racemosus (Fres.), from Hoffman ; Fig. 

 11. Blood from splenic fever X 450 ; Fig. 12, Bacteria from bile of splenic fever X 1200 ; Fig. 13, Myce 

 lium with sporangia! dilations, result of culture of splenic fever blood 170 



