Authors: YING Z YONG W AVIGNE WT KOCH KE

Citation: Z. Ying et al., DIFFERENTIAL REGULATION OF SUGAR-SENSITIVE SUCROSE SYNTHASES BY HYPOXIA AND ANOXIA INDICATE COMPLEMENTARY TRANSCRIPTIONAL AND POSTTRANSCRIPTIONAL RESPONSES, Plant physiology, 116(4), 1998, pp. 1573-1583

Authors: ZENG Y WU Y AVIGNE WT KOCH KE

Citation: Y. Zeng et al., HIGH-SUGAR-INDUCIBLE AND LOW-SUGAR-INDUCIBLE GENES FOR SUCROSE SYNTHASE (SUS AND SH1) ARE RESPECTIVELY UP-REGULATED BY DISTINCT HYPOXIC (3-PERCENT-O-2) AND ANOXIC (0-PERCENT-O-2) SIGNALS, Plant physiology, 114(3), 1997, pp. 302-302

Authors: XU J AVIGNE WT MCCARTY DR KOCH KE

Citation: J. Xu et al., A SIMILAR DICHOTOMY OF SUGAR MODULATION AND DEVELOPMENTAL EXPRESSION AFFECTS BOTH PATHS OF SUCROSE METABOLISM - EVIDENCE FROM A MAIZE INVERTASE GENE FAMILY, The Plant cell, 8(7), 1996, pp. 1209-1220

Authors: WU Y AVIGNE WT KOCH KE

Citation: Y. Wu et al., SUGAR AND DEVELOPMENTAL REGULATION OF MAIZE GENES FOR SUCROSE METABOLISM (SHL, SUS1, IVR1, AND IVR2) IN CELL-CULTURES AND ROOT-TIPS, Plant physiology, 111(2), 1996, pp. 287-287