702 



MANUAL OF DETERMIN^ATIVE BACTERIOLOGY 



(Mycology of the mouth, London, 1903, 

 172.) From the mouth. 



Streptohacterium dextranicum Perquin. 

 (Jour. Microbiol, and Serol., 6, 1940, 

 226.) Produces slime from sucrose solu- 

 tions. 



Streptococcus aquatilis Vaughan. 

 (Amer. Jour. Med. Sci., 104, 1892, 184.) 

 From water. 



Streptococcus liquefaciens Frankland 

 and Frankland. (Phil. Trans. Roy. 

 Soc. London, 178, B, 1888, 264.) From 

 air. After the section covering Strep- 

 tococcus liquefaciens Sternberg emend. 

 Orla-Jensen was in page proof, it was 

 discovered that Frankland and Frank- 

 land had discovered and named a 

 liquefying streptococcus earlier than 

 Sternberg. The Franklands described 

 this species as producing a yellow 

 pigment. 



Streptococcus pyogenes duodenalis 

 Gessner. (Arch. f. Hyg., 9, 1889, 132.) 

 From the human duodenum. 



Streptococcus taette (Olsen-Sopp) Bu- 

 chanan and Hammer. (Bacterium lactis 

 longi Troili-Petersson, Ztschr. f. Hyg., 

 32, 1899, 361 and Milchzeitung, 38, 1899, 

 438; Streptobacillus taette Olsen-Sopp, 

 Cent. f. Bakt., II Abt., 33, 1912, 9; 

 Buchanan and Hammer, Iowa Sta. Coll. 

 Agr. Exp. Sta., Res. Bull. 22, 1915, 277.) 

 Probably the characteristic organism of 

 Swedish ropy milk. Olsen-Sopp (loc. 

 cit.) misquotes Troili-Petersson's name 

 as Bacillus acidi lactis longus (see 

 Troili-Petersson, Cent. f. Bakt., II Abt., 

 38, 1913, 1). 



Thiospira agilissima (Gicklhorn) Ba- 

 vendamm. (Spirillum agilissimum Gickl- 

 horn, Cent. f. Bakt., II Abt., 50, 1920, 

 418; Bavendamm, Die farblosen und 

 roten Schwefelbakterien, Pflanzenfor- 

 schung, Heft 2, 1924, 116.) From the 

 pond in the Annen Castle Park, Graz, 

 Austria. Contains grains of sulfur. 



Thiospira elongafa Perfiljev. (Ber. d. 

 Sapropel Komm. Petrograd, 1923, 56.) 

 From mud containing H2S. 



Thiospira propcra Hama. (Jour. Sci. 



Hiroshima Univ., Ser. B, Bot., 1, 1933, 

 157; abst. in Cent. f. Bakt., II Abt., 91, 

 1934, 200.) 



Thiospira sulfurica Issatchenko. 

 (Biological observations on the sulfur 

 bacteria (Russian), about 1927, 16 pp.) 



Vibrio adaptatus ZoBell and Upham. 

 (Bull. Scripps Inst, of Oceanography, 

 Univ. Calif., 5, 1944, 258.) From sea 

 water and marine sediments. 



Vibrio agarlyticus Cataldi. (Rev. d. 

 Inst. Bact. (D.N.H.), Buenos Aires, 9, 

 1940, 375.) From activated sludge. 

 Digests agar. 



Vibrio albensis Lehmann and Neu- 

 mann syn. Vibrio dunbari Holland, 

 Jour. Bact., 5, 1920, 226; probably 

 Vibrio phosphor escens Jermoljewa, Cent, 

 f. Bakt., I Abt., Orig., 100, 1926, 170; not 

 Vibrio phosphorescens Holland, loc. cit. 



Vibrio algosus ZoBell and Upham. 

 (Bull. Scripps Inst, of Oceanography, 

 Univ. Calif., 5, 1944, 257.) Associated 

 with marine kelp. 



Vibrio arnphibolus Trevisan. (Babes, 

 Ztschr. f. Hyg., 5, 1888, 183; Trevisan, 

 I generi e le specie delle Batteriacee, 

 1889, 23.) Anaerobe. 



Vibrio auidus Humm. (Duke Univ. 

 Marine Lab., North Carolina, Bull. 3, 

 1946, 54.) From intertidal sand, Beau- 

 fort, North Carolina. Digests agar. 



Vibrio choleroides a and /3 Bujwid syn. 

 Bacterium choleroides Chester, Ann. 

 Rept. Del. Col. Agr. Exp. Sta., 9, 1897, 

 131. 



Vibrio costicolus Smith and Vibrio 

 costicolus var . liquefaciens Smith . (Roy. 

 Soc. Queensland, Proc. for 1937, 49, 1938, 

 29 and 32.) From tainted ribs of bacon 

 and tank brines in bacon factories. 

 Active growth in 4 to 15 per cent brines. 



Vibrio euprima, Vibrio yasakii, Coc- 

 cobacillus tolega and Coccobacillus sepiola 

 Majima, Sci-i Kwai- Med. Jour. 50, 1931, 

 41-67; see Warren, Jour. Bact., 49, 1945, 

 548.) Phosphorescent bacteria. 



Vibrio fortis Humm (loc. cit., 55). 

 From seaweed (Gracilaria confervoides) . 

 Digests agar. 



