Report on the etiology and prevention of yellow fever . cavity of abdo-domen 3. cubic centimeters of a bouillon culture of bacillus x. Thebacilli are smaller than in recent cultures, but a pure culture was ob-tained from the peritoneal cavity of this rabbit in which the bacilli hadthe usual size as seen in Fig. 3. Fuchsin stain ; X 1000. Fig. 2. Bacillus x, from a potato culture. The potato had an acid reaction and thebacilli are unusually large. The culture was proved to be pure bymaking gelatine roll-tubes in which the colonies had the usual charac-ters and the bacilli were of the usual dime
Report on the etiology and prevention of yellow fever . cavity of abdo-domen 3. cubic centimeters of a bouillon culture of bacillus x. Thebacilli are smaller than in recent cultures, but a pure culture was ob-tained from the peritoneal cavity of this rabbit in which the bacilli hadthe usual size as seen in Fig. 3. Fuchsin stain ; X 1000. Fig. 2. Bacillus x, from a potato culture. The potato had an acid reaction and thebacilli are unusually large. The culture was proved to be pure bymaking gelatine roll-tubes in which the colonies had the usual charac-ters and the bacilli were of the usual dimensions. Fuchsin stain;X 1000. Fig. 3. Bacillus x, from single colony in gelatine roll-tube. Fuchsin stain; X 1000. Fig. 4. Bacillus x, from potato culture of 4 days. Fuchsin stain ; X 1000. Fig. 5. Bacillus x, colonies in gelatine roll-tube; three days at 20° C.; X 6 diame-t9rs. Fig. 6. Bacillus x; colonies in gelatine roll tube; 48 hours at22°C.; X 10 diame-ters. Fig. 7. Bacillua «, culture in flesh-peptone-gelatine j 48 hours at 22° C. PLATE ;l^i^ Fig. I,
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Keywords: ., bookcentury1800, bookdecade1890, bookpubl, booksubjectyellowfever
