Bacteria 29 



TABLE II 



X. Eumycetes (eu good, JUNTOS fungus). The true fungi: plants without 



chlorophyl. 



Class i. Phycomycetes (</>UKOS seaweed), alga-like fungi. 

 Order i. Zygomycetes. 



S ub-order M ucorineae . 

 Family Mucoraceae. 

 Genus Mucor. 

 Order 2. Oomycetes. 



Class 2. Hemiascomycetes. 

 Order i. Hemiascales. 



Family Saccharomycetaceae. 

 Genus Saccharomyces. 

 " , Blastomyces (?). 

 Class 3. Euascomycetes. f Fungi imperfecti. 



Order i. Euascales (contains 45 families). I This is a large sup- 



Family Aspergillaceae. 



Genus Aspergillus. 



" Penicillium. 



Class 4. Laboulbeniomycetes. 

 Order i. Laboulbeniales. 



plementary group, of 

 imperfecti}^ known 

 fungi not included in 

 the tabulation. 

 In it we find Oidium. 



Class 5. Basidiomycetes. 

 Sub-class Hemibasidii. 



Order i. Hemibasidiales. 



Family Ustilaginaceae (smuts). 

 Sub-class Eubasidii. 



Order i. Protobasidiomycetes. 



Family Uredineineae (rusts). 

 Order 2. Autobasidiomycetes (mushrooms, toad-stools, etc.). 



CLASSIFICATION OF THE BACTERIA 



I. ORDER: EUBACTERIA (True Bacteria) 



A. SUB-ORDER: Haplobacteria (Lower Bacteria) 



I. Family COCCACE.E. Cells globular, becoming slightly elongate before 

 division. Division in one, two, or three directions of space. Forma- 

 tion of endospores very rare. 



(A) Without flagella. 



1. Streptococcus. Division in one direction of space, producing 



chains like strings of beads. 



2. Micrococcus. Division in two directions of space, so that tetrads 



are often formed. 



3. Sarcina. Division in three directions of space, leading to the 



formation of bale-like packages. 



(B) With flagella. 



1. Planococcus. Division in two directions of space, like micrococcus. 



2. Piano sarcina. Division in three directions, like sarcina. 



II. FamJly BACTERIACE^;. Cells more or less elongate, cylindric, and 

 straight. They never form spiral windings. Division in one direction 

 of space only, transverse to the long axis of the cell. 



(A) Without flagella. 



1. Bacterium. Occasional endospores. 



(B) With flagella. 



2. Bacillus. Flagella arising from any part of the surface. Endo- 



spore-formation common. 



3. Pseudomonas. Flagella attached only at the ends of the cell. 



Endospores very rare. 



III. Family SPIRILLACE^E. Cells twisted spirally like a corkscrew, or 

 representing sections of the spiral. Division only transverse to the 

 long diameter. 



