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. 2001 Mar;39(3):943–948. doi: 10.1128/JCM.39.3.943-948.2001

TABLE 2.

API CORYNE and conventional biochemical reactions of strainsa collected as C. matruchotiib

Final identification of strain API reactionc
API profile
Nit Urea Esc Glu Malt Suc Manl Xyl Gal
C. matruchotii
 ATCC 14266T + + + + 7050325
 ATCC 14265 + + + + 7050325
 ATCC 33806 + + + + 7000325
 ATCC 43832 + + + + 7050325
 L-2 + + + + 7010325
 Richardson's 13 + + + + 7000325
C. durum
 ATCC 33449 + + + + + vd 3040325
 ATCC 33822 + + + + v v 3040335
 LCDC 81-379 + + + + + + v 3441335
 LCDC 86-376 + + + + + v + 3440335
 LCDC 91-086 + + + + + + v 3441335
Novel strain
 ATCC 43833 + + + 2140325
a

API reactions were read after 48 h and conventional reactions after 7 days of incubation. 

b

The LCDC isolates originally had been identified as closely resembling C. matruchotii

c

The Rapid CORYNE strips contain reactive ingredients in ordered groups of three as follows: nitrate reduction (NIT), pyrazinamidase, and pyrrolidonyl arylamidase; alkaline phosphatase, β-glucuronidase, and β-galactosidase; α-glucosidase, N-acetyl-β-glucosaminidase, and esculin (ESC); urease, gelatin hydrolysis, and fermentation control; glucose, ribose, and xylose; mannitol, maltose, and lactose; and sucrose and glycogen (catalase was the 21st test). 

d

v, repeat tests gave inconsistent results.