. Pathogenic microörganisms; a practical manual for students, physicians, and health officers . Fig. 193. Chief comparative characteristics of Culex and Anopheles. (From Kolle and Hetsch.)Egg of Culex, Fig. 184, laid together in small boat, those of Anopheles, Fig. 185, separateand rounded. Larva of C, Fig. 186, hangs nearly at right angles to water surfaoe,thoseof A., Fig. 187, are parallel to surface. Body of C, Fig. 188, when resting is held parallelto wall in a curved position, that of A., Fig. 189, stands at an angle of about 45° and isstraight; wings of C, Fig. 190, are generally not sp
. Pathogenic microörganisms; a practical manual for students, physicians, and health officers . Fig. 193. Chief comparative characteristics of Culex and Anopheles. (From Kolle and Hetsch.)Egg of Culex, Fig. 184, laid together in small boat, those of Anopheles, Fig. 185, separateand rounded. Larva of C, Fig. 186, hangs nearly at right angles to water surfaoe,thoseof A., Fig. 187, are parallel to surface. Body of C, Fig. 188, when resting is held parallelto wall in a curved position, that of A., Fig. 189, stands at an angle of about 45° and isstraight; wings of C, Fig. 190, are generally not spotted, those of A., Fig. 191, are C. the palpte. Fig. 192, of the female are very short, of the_^ male are longe- than theproboscis; in A., Fig. 193, the proboscis of both sexes are about of equal length. 544 THE MALARIAL ORGANISMS—BABESIA chromatin will have become very active. It will have divided intonumerous nuclei, which become arranged around inactive portions, andfilamentous sporozoites develop from this chromatin and surroundingpfotoplasm (Plate VII, Sexual Forms, Fig. 2). These
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