216 



COMMITTEE REPORT 



Acetobacter aceti (Thomson) 



xylinum (Brown) 

 Actinobacillus Lignieresi Brumpt 



Actinomyces 



albido-flavus Rossi-Doria 



alboflavus Waksman & Curtis 



albosporeus (Krainsky?) Waksman 

 & Curtis 



albus (Krainsky?) Waksman & Cur- 

 tis 



asteroides (Eppinger) Gasperini 



aurantiacus (Rossi-Doria) Gasperini 



aureus Waksman & Curtis 



bobili Waksman & Curtis 



bovis Harz 



Californicus Waksman & Curtis 



carneus (Rossi-Doria) Gasperini 



chromogenus Gasperini 



citreus (Krainsky?) Waksman & Cur- 

 tis 



diastaticus (Krainsky?) Waksman & 

 Curtis 



exfoliatus Waksman & Curtis 



farcinicus (Trev. and de Toni) Gas- 

 perini 



flavus Sanfelice 



Foersteri (Cohn) Gasperini 



fradii Waksman & Curtis 



griseus (Krainsky?) Waksman & 

 Curtis 



Halstedii Waksman & Curtis 



Hofmanni (Gruber) Gasperini 



Isreali Kruse 



invulnerabilis (Acosta-Grande-Ros- 

 si) Kruse 



Krausei 



lavendulae Waksman & Curtis 



Lipmanii Waksman 



madurae (Vincent) Leh. and Neu. 



Actinomyces' — Continued. 

 melanocyclus Krainsky 

 melanosporeus Krainsky 

 necrophorus Loeffler 

 pheochromogenus Conn 

 pleuricolor 



Poolensis Taubenhaus 

 pulmonalis 

 Rosenbachii Kruse 

 roseus (Krainsky?) Waksman & Cur- 

 tis 

 rubidaureus (Thiry) Lachner 

 rubrus Kruse 



Rutgersensis Waksman & Curtis 

 scabies (Thaxter) Giissow 

 thermophilus Gilbert 

 verne Waksman & Curtis 

 violaceus (Rossi-Doria) Gasperini 

 violaceus-ruber Waksman & Curtis 

 violaceus-acesari Waksman & Curtis 



Azotobacter 

 agile Beijerinck 

 Beijerinckii Lipman 

 chroococcum Beijerinck 

 Vinelandii Lipman 

 Woodstownii Lipman 



Bacillus 

 abortivius (see Bact. abortivium) 

 abortus Bang 4 (see Bact. abortum) 

 abortus-equi (see Bact. abortum- 



equi) 

 acidi-lactici Grotenfelt (see Bact. 



acidi-lactici) 

 acidificans-longissimus (see Lacto- 

 bacillus acidificans-longissimus) 

 acidophil-aerogenes Torrey-Rahe 

 (see Lactobacillus acidophil-aero- 

 genes) 



4 B. bronchisepticus, B. abortus, B. melitensis according to Evans (Further 

 Studies on Bact. abortus and Related Bacteria) J. Infect. Dis., Vol. 22, No. 6, p. 

 580) are related morphologically, culturally, biochemically, and serologically. 

 They are Gram negative, do not form spores, "do not attack the sugars nor the 

 other commonly used fermentable test substances." These organisms should 

 probably constitute a distinct new genus, but we have hesitated to add new gen- 

 eric names at this time without further study of our own. 



