Figure/Table detail

Research Progress on Xylose Transporters of Saccharomyces cerevisiae
Jun HUANG,Ren-zhi WU,Qi LU,Zhi-long LU
China Biotechnology, 2018, 38(2): 109-115.   DOI: 10.13523/j.cb.20180216

转运基因 木糖 葡萄糖 参考文献
Km(mmol/L) Vmax(nmol/min/mg) Km(mmol/L) Vmax(nmol/min/mg)
HXT1 880±8 750±94 NR NR [33]
HXT4 170±120 190±23 NR NR [33]
HXT7 130±10 110±7 NR NR
HXT7 200.3±13.2 67±2 0.5±0.1 26±1.1 [27]
HXT7(N370S) 169.9±26.3 24.1±1.6 10.8±1.0 47.3±1.2
GAL2 225.6±15.8 91.3±3.2 1.5±0.2 27.2±0.9 [27]
GAL2(N376F) 91.4±8.9 37.3±1.3 ND ND [28]
GXF1 48.6±6.5 64.19 2.0±0.6 10.5 [21]
GXS1 0.4±0.1 6.5±1.5 0.012 4.3±0.3
GSX1 0.026±0.066 0.0072 NR NR [34]
GSX1 F38I39M40 0.721±0.116 0.015 NR NR
SUT1 145±1.0 132±1.0 1.5±0.1 45.0±1.0 [34]
SUT4 16.6±0.3 122±2.4 1.3±0.1 105±4.2 [35]
XUT1 0.46±0.02 116±5.8 0.91±0.01 80±1.0
XYP29 56±9.4 0.69±0.04 ND ND [36]
AN25 175.7±21.4 0.61±0.05 ND ND
HXT36 108 62.5 6 60
HXT36(N367I) 40 23 ND ND [25]
HXT36(N367A) 25 29 171 71
Table 3 Kinetic parameters of yeast xylose transporters
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