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. 2008 Nov 21;191(3):701–712. doi: 10.1128/JB.00767-08

TABLE 3.

Role of glucokinase in controlling MalT activity

Straina Additional genotype MalK-LacZ activity
RD38 glk+ 1.97
MAD103 glk+ 2.16
MAD106 glk15::Tn10 (Cam) 2.16
MAD106 glk15::Tn10 (Cam) vector 2.28
MAD106 glk15::Tn10 (Cam) pglk+ 0.09
CL27 Δglk::kan 2.20
CL27 Δglk vector 1.92
CL27 Δglk pglk+ 0.05
MAD 108 glk15::Tn10 (Cam) malQ 2.12
MAD108 glk15::Tn10 (Cam) malQ vector 2.0
MAD108 glk15::Tn10 (Cam) malQ pglk+ 0.13
RD103 malP 2.19
RD105 glk15::Tn10 (Cam) malP 1.95
RD105 glk15::Tn10 (Cam) malP vector 2.02
RD105 glk15::Tn10 (Cam) malP pglk+ 0.09
GW15 malP glk15::Tn10 (Cam) vector 1.97
GW15 malP glk15::Tn10 (Cam) pglk+ 0.06
RD126 malP malQ 1.87
GW11 glk15::Tn10 (Cam) malP malQ 1.82
GW11 glk15::Tn10 (Cam) malP malQ vector 1.87
GW11 glk15::Tn10 (Cam) malP malQ pglk+ 0.85
CL19 (malZ+) glk15::Tn10 (Cam) mlc vector 5.90
CL19 (malZ+) glk15::Tn10 (Cam) mlc pglk+ 0.46
a

All strains harbor malK-lacZ and lack glgA and malZ.