﻿160 
  

  

  n. 
  M. 
  WOODCOCK. 
  

  

  the 
  schizonfc. 
  The 
  cytoplasm 
  of 
  the 
  parasite 
  is 
  left 
  clear 
  ; 
  its 
  

   large 
  karyosoiuatic 
  nucleus 
  is 
  seen 
  at 
  (n), 
  while 
  at 
  (N) 
  we 
  

   have 
  the 
  enlarged 
  spermatogonial 
  nuclei 
  of 
  the 
  altered 
  cells. 
  

   " 
  Sj). 
  ^." 
  represent 
  normal 
  spermatogonia 
  around. 
  The 
  para- 
  

   site, 
  though 
  not 
  full 
  grown, 
  is, 
  of 
  course, 
  relatively 
  much 
  

  

  J^k 
  s 
  

  

  older 
  than 
  the 
  young 
  Klossiella 
  schizont 
  of 
  Fig. 
  A 
  (1). 
  

   The 
  next 
  stage 
  of 
  Caryotropha 
  depicted, 
  seen 
  in 
  Fig. 
  B 
  

   (2), 
  shows 
  a 
  condition 
  intermediate 
  between 
  Figs. 
  A 
  (4) 
  and 
  

   (6). 
  The 
  mother 
  individual 
  has 
  divided 
  up 
  into 
  daughter 
  

   schizonts 
  or 
  schizontocytes, 
  ten 
  or 
  more 
  in 
  number, 
  which 
  are 
  

   separate, 
  but 
  have 
  not 
  yet 
  commenced 
  to 
  form 
  merozoites. 
  

   From 
  Siedlecki's 
  account 
  it 
  is 
  evident 
  that 
  these 
  daughter- 
  

   individuals 
  have 
  arisen 
  in 
  a 
  manner 
  perfectly 
  analogous 
  to 
  

   their 
  origin 
  in 
  Klossiella. 
  He 
  says 
  that 
  each 
  of 
  the 
  nuclei 
  

   resulting 
  from 
  the 
  division 
  of 
  the 
  original 
  nucleus 
  of 
  the 
  

   parasite 
  pushes 
  out 
  at 
  the 
  surface 
  of 
  the 
  body 
  (surrounded, 
  

  

  