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Results: 1-10 |
Results: 10
OSMOTIN, A PLANT ANTIFUNGAL PROTEIN, SUBVERTS SIGNAL-TRANSDUCTION TO ENHANCE FUNGAL CELL SUSCEPTIBILITY
Authors: YUN DJ IBEAS JI LEE H COCA MA NARASIMHAN ML UESONO Y HASEGAWA PM PARDO JM BRESSAN RA
Citation: Dj. Yun et al., OSMOTIN, A PLANT ANTIFUNGAL PROTEIN, SUBVERTS SIGNAL-TRANSDUCTION TO ENHANCE FUNGAL CELL SUSCEPTIBILITY, MOLECULAR CELL, 1(6), 1998, pp. 807-817
MICROPROJECTILE BOMBARDMENT MEDIATED TRANSFORMATION OF LILIUM-LONGIFLORUM
Authors: WATAD AA YUN DJ MATSUMOTO T NIU X WU Y KONONOWICZ AK BRESSAN RA HASEGAWA PM
Citation: Aa. Watad et al., MICROPROJECTILE BOMBARDMENT MEDIATED TRANSFORMATION OF LILIUM-LONGIFLORUM, Plant cell reports, 17(4), 1998, pp. 262-267
STRESS SIGNALING THROUGH CA2+ CALMODULIN-DEPENDENT PROTEIN PHOSPHATASE CALCINEURIN MEDIATES SALT ADAPTATION IN PLANTS/
Authors: PARDO JM REDDY MP YANG SL MAGGIO A HUH GH MATSUMOTO T COCA MA PAINODURZO M KOIWA H YUN DJ WATAD AA BRESSAN RA HASEGAWA PM
Citation: Jm. Pardo et al., STRESS SIGNALING THROUGH CA2+ CALMODULIN-DEPENDENT PROTEIN PHOSPHATASE CALCINEURIN MEDIATES SALT ADAPTATION IN PLANTS/, Proceedings of the National Academy of Sciences of the United Statesof America, 95(16), 1998, pp. 9681-9686
SALT TOLERANCE OF TOBACCO PLANTS IS MEDIATED BY YEAST CALCINEURIN
Authors: YANG SL REDDY MP MAGGIO A WATAD AA YUN DJ BRESSAN RA HASEGAWA PM
Citation: Sl. Yang et al., SALT TOLERANCE OF TOBACCO PLANTS IS MEDIATED BY YEAST CALCINEURIN, Plant physiology, 114(3), 1997, pp. 537-537
SALT TOLERANCE OF TOBACCO PLANTS IS MEDIATED BY YEAST CALCINEURIN
Authors: YANG SL REDDY MP MAGGIO A WATAD AA YUN DJ BRESSAN RA HASEGAWA PM PARDO J
Citation: Sl. Yang et al., SALT TOLERANCE OF TOBACCO PLANTS IS MEDIATED BY YEAST CALCINEURIN, Plant physiology, 114(3), 1997, pp. 633-633
ELUCIDATION OF MECHANISM OF OSMOTIN SPECIFICITY USING YEAST AS A MODEL SYSTEM
Authors: LEE H YUN DJ NARASIMHAN ML ZHAO Y DAMSZ B ABAD LR DURZO MP PARDO JM HASEGAWA PM BRESSAN RA
Citation: H. Lee et al., ELUCIDATION OF MECHANISM OF OSMOTIN SPECIFICITY USING YEAST AS A MODEL SYSTEM, Plant physiology, 114(3), 1997, pp. 1142-1142
STRESS PROTEINS ON THE YEAST-CELL SURFACE DETERMINE RESISTANCE TO OSMOTIN, A PLANT ANTIFUNGAL PROTEIN
Authors: YUN DJ ZHAO Y PARDO JM NARASIMHAN ML DAMSZ B LEE H ABAD LR DURZO MP HASEGAWA PM BRESSAN RA
Citation: Dj. Yun et al., STRESS PROTEINS ON THE YEAST-CELL SURFACE DETERMINE RESISTANCE TO OSMOTIN, A PLANT ANTIFUNGAL PROTEIN, Proceedings of the National Academy of Sciences of the United Statesof America, 94(13), 1997, pp. 7082-7087
NOVEL OSMOTICALLY INDUCED ANTIFUNGAL CHITINASES AND BACTERIAL EXPRESSION OF AN ACTIVE RECOMBINANT ISOFORM
Authors: YUN DJ DURZO MP ABAD L TAKEDA S SALZMAN R CHEN ZT LEE H HASEGAWA PM BRESSAN RA
Citation: Dj. Yun et al., NOVEL OSMOTICALLY INDUCED ANTIFUNGAL CHITINASES AND BACTERIAL EXPRESSION OF AN ACTIVE RECOMBINANT ISOFORM, Plant physiology, 111(4), 1996, pp. 1219-1225
CORRELATIONS AMONG HEIGHT, LEG LENGTH AND ARM SPAN IN GROWING KOREAN CHILDREN
Authors: YUN DJ YUN DK CHANG YY LIM SW LEE MK KIM SY
Citation: Dj. Yun et al., CORRELATIONS AMONG HEIGHT, LEG LENGTH AND ARM SPAN IN GROWING KOREAN CHILDREN, Annals of human biology, 22(5), 1995, pp. 443-458
PRODUCTION OF TROPANE ALKALOIDS IN GENETICALLY-ENGINEERED ROOT CULTURES
Authors: HASHIMOTO T YUN DJ YAMADA Y
Citation: T. Hashimoto et al., PRODUCTION OF TROPANE ALKALOIDS IN GENETICALLY-ENGINEERED ROOT CULTURES, Phytochemistry, 32(3), 1993, pp. 713-718
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