Report on the etiology and prevention of yellow fever . Fig. 3. i ^ /I -7 / Fig. 4. 248 ETIOLOGY AND PREVENTION OF YELLOW FEVEE. PLATE XIII. FiGr. 1. Bacillus filiformis (Sternberg). From surface of agar cnlture ; fuchsin atain;X 1,000. Fig. 2. Bacillus Martinez (Sternberg). From single colony in glycerine-agar roll-tube; fuclisin stain; X 1,000. Fig. 3. Colonies of B. filiformis in glycerine-agar roll-tube; end of 5 days at 35° C.;X 10. Fig. 4. Colonies of B. Martinez in gelatine roll-tube at end of 4 days ; X 10, Fig. 5. Culture of B. Martinez in flesh-peptone gelatine; end of 4 days at 22°
Report on the etiology and prevention of yellow fever . Fig. 3. i ^ /I -7 / Fig. 4. 248 ETIOLOGY AND PREVENTION OF YELLOW FEVEE. PLATE XIII. FiGr. 1. Bacillus filiformis (Sternberg). From surface of agar cnlture ; fuchsin atain;X 1,000. Fig. 2. Bacillus Martinez (Sternberg). From single colony in glycerine-agar roll-tube; fuclisin stain; X 1,000. Fig. 3. Colonies of B. filiformis in glycerine-agar roll-tube; end of 5 days at 35° C.;X 10. Fig. 4. Colonies of B. Martinez in gelatine roll-tube at end of 4 days ; X 10, Fig. 5. Culture of B. Martinez in flesh-peptone gelatine; end of 4 days at 22° C. Fio. 6. Culture of B. filiformis in flesh-peptone gelatine; end of 7 days at 22° C. PLATE XIII.
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Keywords: ., bookcentury1800, bookdecade1890, bookpubl, booksubjectyellowfever
