430 PROTOZOOLOGY 



A large number of mycetozoan genera and species are known 

 (Hagelstein, 1944). The order is divided here into two suborders. 



Spore develops into myxoflagellate; myxamoebae fuse completely and 

 form Plasmodium Suborder 1 Eumycetozoa 



No flagellate stage; myxamoebae grouped prior to spore-formation, but 



do not fuse to form a true Plasmodium 



Suborder 2 Sorophora (p. 433) 



Suborder 1 Eumycetozoa Zopf 



Spores develop within sporangia 

 Spores violet or violet-brown 

 Sporangia with lime 



Lime in small granular form Family 1 Physaridae 



Fig. 180. a, b, Badhamia utricularis Berkeley (a, cluster of sporangia, 

 X4; b, part of capillitium and spore-cluster, X140) (Lister); c, d, Fuligo 

 septica Gmelin (c, a group of sporangia, X^; d, part of capillitium and 

 two spores, X120) (Lister); e, f, Didymium effusum Link (e, sporan- 

 gium, Xl2; f, portion of capillitium and wall of sporangium showing 

 the crystals of calcium carbonate and two spores, X200) (Lister); 

 g, h, Stemonitis splendens Rostafinski (g, three sporangia, X2; h, col- 

 umella and capillitium, X42) (Lister). 



Genus Badhamia Berkeley (Fig. 180, a, b) 

 Capillitium, a course network with lime throughout. 



Genus Fuligo Haller (Fig. 180, c, d) 



Capillitium, a delicate network of threads with vesicular expan- 

 sions filled with granules of lime. 



Lime in crystalline form Family 2 Didymiidae 



