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Plate I (Frontispiece): Broncho-pneumonia and fibrino-purulent pleurisy in a dog 8 days after gassing with chlorine.

Plate I (Frontispiece): Broncho-pneumonia and fibrino-purulent pleurisy in a dog 8 days after gassing with chlorine. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate II (Fig. 1): Trachea and lungs of dog dying 12 hours after gassing.

Plate II (Fig. 1): Trachea and lungs of dog dying 12 hours after gassing. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate III (Fig. 2): Trachea and lungs of dog dying 5 days after gassing.

Plate III (Fig. 2): Trachea and lungs of dog dying 5 days after gassing. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate IX (Fig. 16): Lung of dog killed 14 days after gassing.

Plate IX (Fig. 16): Lung of dog killed 14 days after gassing. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate V (Fig. 1): Heart and lung of dog dying 24 hours after gassing.

Plate V (Fig. 1): Heart and lung of dog dying 24 hours after gassing. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate VI (Fig. 2): Trachea of same case, opened from behind.

Plate VI (Fig. 2): Trachea of same case, opened from behind. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate VII (Fig. 3): Lungs of dog exposed to phosgene.

Plate VII (Fig. 3): Lungs of dog exposed to phosgene. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate VIII (Fig. 13): Broncho-pneumonia and purulent bronchitis in dog dying 5 days after gassing.

Plate VIII (Fig. 13): Broncho-pneumonia and purulent bronchitis in dog dying 5 days after gassing. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate X (Fig. 1): Lungs of goat, monkey, and guinea pig after exposure to phosgene.

Plate X (Fig. 1): Lungs of goat, monkey, and guinea pig after exposure to phosgene. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate XI (Fig. 2): Lungs of rabbit exposed to phosgene.

Plate XI (Fig. 2): Lungs of rabbit exposed to phosgene. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate XIII (Fig. 1): Heart and lungs of dog dying 12 hours after chlorpicrin gassing.

Plate XIII (Fig. 1): Heart and lungs of dog dying 12 hours after chlorpicrin gassing. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate XIV (Fig. 2): Broncho-pneumonia and purulent pleurisy in dog dying 7 days after gassing.

Plate XIV (Fig. 2): Broncho-pneumonia and purulent pleurisy in dog dying 7 days after gassing. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate XIX (Fig. 8): Lungs of dog surviving 5 days after exposure to superpalite, showing diminution in extent of edema and congestion and nearly complete disappearance of atelectasis and emphysema.

Plate XIX (Fig. 8): Lungs of dog surviving 5 days after exposure to superpalite, showing diminution in extent of edema and congestion and nearly complete disappearance of atelectasis and emphysema. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate XL (Fig. 1): Hemorrhages in lung of dog killed 10 days after phosgene gassing.

Plate XL (Fig. 1): Hemorrhages in lung of dog killed 10 days after phosgene gassing. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate XVI (Fig. 1): Lungs of goat, monkey, and rat surviving, respectively, 4 hours and 10 minutes, 4 hours and 55 minutes, and 6 hours, after exposure for 15 minutes to chlorpicrin.

Plate XVI (Fig. 1): Lungs of goat, monkey, and rat surviving, respectively, 4 hours and 10 minutes, 4 hours and 55 minutes, and 6 hours, after exposure for 15 minutes to chlorpicrin. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate XVII (Fig. 1): Thoracic organs in situ of a dog surviving 24 hours after a lethal dose of superpalite.

Plate XVII (Fig. 1): Thoracic organs in situ of a dog surviving 24 hours after a lethal dose of superpalite. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate XVIII (Fig. 2): Lungs and trachea of dog dying 2 days after exposure to superpalite.

Plate XVIII (Fig. 2): Lungs and trachea of dog dying 2 days after exposure to superpalite. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate XX (Fig. 1): Water color drawing showing lungs and trachea of dog dying 37 hours after exposure.

Plate XX (Fig. 1): Water color drawing showing lungs and trachea of dog dying 37 hours after exposure. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate XXI (Fig. 2): Water color drawing showing lungs and trachea of dog dying 2 days after exposure.

Plate XXI (Fig. 2): Water color drawing showing lungs and trachea of dog dying 2 days after exposure. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate XXII (Fig. 3): Large areas of atelectasis in an emphysematous lobe of a dog’s lung. (Fig. 4) Tongue, larynx, and trachea of dog 2 days after exposure to mustard gas, showing edema of larynx, membranous tracheitis, and laryngitis.

Plate XXII (Fig. 3): Large areas of atelectasis in an emphysematous lobe of a dog’s lung. (Fig. 4) Tongue, larynx, and trachea of dog 2 days after exposure to mustard gas, showing edema of larynx, membranous tracheitis, and laryngitis. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate XXIV (Fig. 18): Pneumonia with early abscess formation in dog dying 5 days after exposure to mustard gas.

Plate XXIV (Fig. 18): Pneumonia with early abscess formation in dog dying 5 days after exposure to mustard gas. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate XXIX (Fig. 1): Spleen, kidney, and wall of aorta from a dog dying 8 hours after inhalation of arsine.

Plate XXIX (Fig. 1): Spleen, kidney, and wall of aorta from a dog dying 8 hours after inhalation of arsine. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate XXV (Fig. 19): Necrotizing membrane of epiglottis and larynx and extensive pneumonia 5 days after a 30-minute exposure to mustard gas.

Plate XXV (Fig. 19): Necrotizing membrane of epiglottis and larynx and extensive pneumonia 5 days after a 30-minute exposure to mustard gas. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate XXVI (Fig. 22): Eye of dog dying 4 days and 21 hours after exposure to mustard gas. (Fig. 23) Eye of animal dying 7 days after exposure to mustard gas. (Fig. 24) Water color drawing of trachea showing constriction below larynx; 1 month after exposure.

Plate XXVI (Fig. 22): Eye of dog dying 4 days and 21 hours after exposure to mustard gas. (Fig. 23) Eye of animal dying 7 days after exposure to mustard gas. (Fig. 24) Water color drawing of trachea showing constriction below larynx; 1 month after exposure. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate XXVII (Fig. 1): Lungs of dog, surviving 5 hours, gassed with a high concentration of cyanogen chloride.

Plate XXVII (Fig. 1): Lungs of dog, surviving 5 hours, gassed with a high concentration of cyanogen chloride. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate XXVIII (Fig. 3): Lungs of dog surviving 7 hours after a lethal dose of cyanogen bromide.

Plate XXVIII (Fig. 3): Lungs of dog surviving 7 hours after a lethal dose of cyanogen bromide. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate XXXI (Fig. 3): Spleen, kidney, and section of aorta of dog surviving 49 hours after inhalation of arsine.

Plate XXXI (Fig. 3): Spleen, kidney, and section of aorta of dog surviving 49 hours after inhalation of arsine. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate XXXIII (Fig. 1): Trachea and lungs from dog dying 1 day after exposure to ethyldichlorarsine.

Plate XXXIII (Fig. 1): Trachea and lungs from dog dying 1 day after exposure to ethyldichlorarsine. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate XXXVII (Fig. 6): Pneumonia confined to one lobe and appearing as large yellow abscesses on the surface in dog dying 5 days after exposure.

Plate XXXVII (Fig. 6): Pneumonia confined to one lobe and appearing as large yellow abscesses on the surface in dog dying 5 days after exposure. (1920)

Milton C. Winternitz (American, 1885-1959)
Plate XXXVIII (Figs. 8, 9): Congestion and hemorrhage about the bronchial tree standing out sharply against relatively normal lung tissue.

Plate XXXVIII (Figs. 8, 9): Congestion and hemorrhage about the bronchial tree standing out sharply against relatively normal lung tissue. (1920)

Milton C. Winternitz (American, 1885-1959)