livered into .1 which has been rinsed oul with ' I I 



and the stopcock / turned so that I 



reservoir /'. the plasma rung into /: b il 



procedure is repeated with 1 e.c. watei h in all o 



and anally 0.5 <-.<• of 5 per cenl H,SO is Bucked in, 



is turned off. The reservoir /•' is then li all 



of the mercury, but none of the l»l 1. to run oul ol B I 



is thus produced in /» and C. 



As the level of the mercury falls in /; and C, the plasma 

 It'iitly.' because il is exposed to a vacuum. To bi 

 < have been dislodged Prom the solution, the appar 

 several times. To ascertain how much CO // 



is now tur I so as to bring C and E into communical 



lowering the reservoir the fluid in ( to run /' 



Stopi k // is thereafter turned so as to conned C and D 



voir raised so that the mercury runs into C as far i CO, 1 



lected in tlic burette will permil it to go. After bring 



mercury in /•' to correspond to that in the burette, I 



this stands is read. l\ gives the c.c. of CO, lil 



Under the above conditions normal plasma bii 



its volume of CO,; therefore, since the total capacity 



e c . tlif mercury should stand a1 0.31 n the bui i 



measurement it is necessary to allow for the CO, 1 



in the water, etc., as well as for barometric p 



This is best done by the use of a table based on t 



1 under the various conditions obtaining, whicl 



Slyke's paper." 



Tin Haldai ■ 5 croft apparatus that is i 

 analysis is show n in Fig. 136, : CO 



water is placed in the bottle and the l 



■ ^ 



thai 



rub 

 licr i 



n ihr tlni.l iii the 



limb. 



\wtli 



bag until • 



. he lirinlit at 

 l>r< 



The • 

 that tin 



krpt constant, thi 



■ 

 till the I lu«M Ol 



