CDAA (a-Chloro-N,N-diallylacetamide) 
Plant metabolism studies of CDAA-C!* indicated that this compound 
was degraded into CO, and glycollic acid with subsequent incorporation 
of the label in all fractions (725, 1303). CDAA also reacted with 
sensitive sulfhydryl groups (610, 724). In the soil, hydrolysis could 
also occur at the oa-chlorine (610). 
0 
u bond 
C1 Ce gee CH, 
~ —o- 
CH, -CH=CH, ‘CH, -CH=CH., 
HO-CH,-C. Ag 97 CH=CH, 
CDAA | \.. 
‘ [ PAs one reas 
+ 

4 
C1-CH,-Cc& 
Sou ‘CH, -CH=CH 
Glycollic 
Chloroacetate Acid 
0 
v, 
HO-CH, -CY CO, 
OH 
Glycolic Acid 
Protein Fat Photosynthesis 
Carbohydrate 
78 
us eS redaiactes safle a 
