3 
Condition  of  kidneys  during  suppression  of  urine  following  black- 
water  fever,  macroscopic  and  microscopic,  diagrammatic  representation, 
p.  107  ;  Case  16,  p.  119. 
Condition  of  kidneys  of  rabbit  during  haemoglobinuria  dependent 
upon  haemoglobinaemia,  diagrammatic  representation,  p.  124;  of 
cattle  and  dogs  during  redwater,  p.  127. 
Condition  of  kidneys  of  rabbit  during  anuria  produced  by  poisoning 
with  potassium  chlorate  and  other  poisons,  and  by  the  injection  of  hae¬ 
molytic  serum,  p.  128. 
Mechanism  of  suppression  of  urine,  p.  131. 
Source  of  urine  during  suppression,  p.  1 34. 
Summary,  p.  135. 
Section  V.  The  mechanism  of  production  of  blackwater. 
Introduction,  p.  136. 
Condition  of  haemoglobin  in  the  urine  in  blackwater  fever  ; 
dissolved  haemoglobin,  p.  137;  red  blood  cells,  p.  137;  estimation  of 
haemoglobin  in  urine,  p.  138;  total  amount  of  haemoglobin  lost  in  the 
urine  in  blackwater  fever,  p.  140. 
Mechanism  of  production  of  blackwater,  relation  of  blackwater  to 
haemoglobinaemia  :  significance  of  red  blood  cells  in  the  urine,  p.  141; 
alternative  hypotheses,  primary  haemoglobinaemia  and  primary  renal 
haemorrhage,  p.  142  ;  primary  haemoglobinaemia  considered  in  relation 
to  the  phenomena  of  blackwater  fever,  p.  142  ;  primary  renal  haemorrhage 
considered  in  relation  to  the  phenomena  of  blackwater  fever,  p.  146; 
conclusion,  p.  150. 
Situation  in  whicli  laking  of  red  blood  cells  may  take  place  in  black¬ 
water  fever;  in  the  blood  stream,  p.  150;  In  internal  organs,  p.  153; 
splenic  enlargement,  p.  153  ;  splenic  puncture,  p.  154. 
General  symptoms,  p.  i6o. 
Blackwater  and  malaria,  p.  160. 
Blackwater  and  quinine,  p.  163. 
Summary,  p.  165. 
Additional  note  :  mechanism  of  production  of  haemoglobinuria  in 
piroplasmosis,  p.  165. 
