Journal of Plant Biotechnology : eISSN 2384-1397 / pISSN 1229-2818

Table. 3.

Table. 3.

Enzyme activities of Digitaria exilis under osmotic potentials

ACCESSIONSAPX (mmol/mL/min)SOD (units/mg protein)CAT (units/mg protein)
NG061A0.010b1.373a2.155a
B0.003f1.129b0.451d
C0.007d1.324a1.937b
D0.008c1.361a0.682c
E0.005eNDND
F0.020a1.341a1.608c
NG062A0.002c1.412a3.301a
B0.004a1.406a0.657f
C0.005a1.119b1.528d
D0.003b0.054e2.005c
E0.004b0.589d1.003e
F0.004b0.765c2.649b
JAKA0.010b1.634a3.628a
B0.005e1.536b1.477d
C0.008c1.560b2.330c
D0.006d1.659a2.344c
E0.016a1.651a2.710b
F0.003f1.648a1.146e
DINA0.002e0.874b2.190a
B0.003d0.723c1.745b
C0.005c0.810b2.341a
D0.014a0.852b1.801b
E0.002e1.615a1.201c
F0.006b1.476a1.745b
JIWA0.002d1.500ab0.801d
B0.003c1.563a0.375e
C0.004b1.556a0.222f
D0.005a1.395ab1.246c
E0.005a1.392b1.948b
F0.002d0.770c2.328a

Values with the same letters in each column are not significantly different from each other at Duncan’s multiple range test of P < 0.05. ᴪS = osmotic potential, ND = not determined, APX = ascorbate peroxidase, SOD = superoxide dismutase, CAT = catalase

J Plant Biotechnol 2019;46:331-7 https://doi.org/10.5010/JPB.2019.46.4.331
© 2019 J Plant Biotechnol