Title : Multiple paths of sugar-sensing and a sugar/oxygen overlap for genes of sucrose and ethanol metabolism.

Pub. Date : 2000 Feb

PMID : 10938850






4 Functional Relationships(s)
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1 The Sus1 and Sh1 sucrose synthases in maize (typically up-regulated by carbohydrate abundance and deprivation, respectively) showed parallel responses to hypoxia (3% O2 [0.03l l-1 O2]) and anoxia (0% O2 [0l l-1 O2]) that were consistent with involvement of similar signals. Oxygen sucrose synthase 1 Zea mays
2 The Sus1 and Sh1 sucrose synthases in maize (typically up-regulated by carbohydrate abundance and deprivation, respectively) showed parallel responses to hypoxia (3% O2 [0.03l l-1 O2]) and anoxia (0% O2 [0l l-1 O2]) that were consistent with involvement of similar signals. Oxygen sucrose synthase 1 Zea mays
3 The Sus1 and Sh1 sucrose synthases in maize (typically up-regulated by carbohydrate abundance and deprivation, respectively) showed parallel responses to hypoxia (3% O2 [0.03l l-1 O2]) and anoxia (0% O2 [0l l-1 O2]) that were consistent with involvement of similar signals. Oxygen sucrose synthase 1 Zea mays
4 The Sus1 and Sh1 sucrose synthases in maize (typically up-regulated by carbohydrate abundance and deprivation, respectively) showed parallel responses to hypoxia (3% O2 [0.03l l-1 O2]) and anoxia (0% O2 [0l l-1 O2]) that were consistent with involvement of similar signals. Oxygen sucrose synthase 1 Zea mays