Title : Evidence for the critical role of sucrose synthase for anoxic tolerance of maize roots using a double mutant

Pub. Date : 1998 Apr

PMID : 9536049






3 Functional Relationships(s)
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1 Collectively, these data provide unequivocal evidence that Suc is the principal C source and that SuSy is the main enzyme active in Suc breakdown in roots of maize seedlings deprived of O2. In this situation, SuSy plays a critical role in anoxic tolerance. Sucrose sucrose synthase 1 Zea mays
2 Collectively, these data provide unequivocal evidence that Suc is the principal C source and that SuSy is the main enzyme active in Suc breakdown in roots of maize seedlings deprived of O2. In this situation, SuSy plays a critical role in anoxic tolerance. Sucrose sucrose synthase 1 Zea mays
3 Collectively, these data provide unequivocal evidence that Suc is the principal C source and that SuSy is the main enzyme active in Suc breakdown in roots of maize seedlings deprived of O2. In this situation, SuSy plays a critical role in anoxic tolerance. Sucrose sucrose synthase 1 Zea mays