U. SUZUKI. 



In ioo parts of dry matter. 





a) 



b) 



c) 



Total nitrogen. 



6.90 



6.64 



7.88 



Albuminoid nitrogen. 



3. 2 9 



3-13 



3-i7 



Asparagine nitrogen. 



T.15 



1.16 



1 .42 



Nitrogen in phospho- 









tungstic precipitate. 



0.38 



0.45 



1 



Other nitrogen. 



2.08 



r.90 



t n*? 



In too parts of total nitrogen. 







a) 



b) 



c) 



Total nitrogen. 



100.0 



I OO.O 



IOO.O 



Albuminoid nitrogen. 



47-7 



47.1 



40.2 



Asparagine nitrogen. 



16.7 



17-5 



IS.O 



Nitrogen in phospho- 









tungstic precipitate. 



5.5 



6.8 



17 4 



Other nitrogen. 



30.1 



28.6 



OA A 



-4-4 



Every ioo shoots contain : — 







a) 



b) 



c) 



Total nitrogen. 



O.0647 



0.0656 



O.O759 



Albuminoid nitrogen. 



O.0309 



O.0310 



O.O306 



Asparagine nitrogen. 



O.OI08 



O.OI15 



O.O137 



Nitrogen in phospho- 









tungstic precipitate. 



0.0036 



0.0045 



0.0132 



Other nitrogen. 



0.0195 



0.0187 



0.0185 



Calculating the total 



nitrogen 



of a) as 100, 



we have : — 





a) 



b) 



c) 



Total nitrogen. 



IOC.O 



101.4 



H7-3 



Albuminoid nitrogen. 



47-7 



47-9 



47.2 



Asparagine nitrogen. 



16.7 



17.7 



2 1.1 



Nitrogen in phospho- 









tungstic precipitate 



5.5 



6.9 



20.4 



Other nitrogen. 



30.1 



2S.9 



28.6 



