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Results: 1-9 |
Results: 9
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
INDUCTION OF PATHOGEN RESISTANCE AND PATHOGENESIS-RELATED GENES IN TOBACCO BY A HEAT-STABLE TRICHODERMA MYCELIAL EXTRACT AND PLANT SIGNAL MESSENGERS
Authors: CHANG PFL XU Y NARASIMHAN ML CHEAH KT DURZO MP DAMSZ B KONONOWICZ AK ABAD L HASEGAWA PM BRESSAN RA
Citation: Pfl. Chang et al., INDUCTION OF PATHOGEN RESISTANCE AND PATHOGENESIS-RELATED GENES IN TOBACCO BY A HEAT-STABLE TRICHODERMA MYCELIAL EXTRACT AND PLANT SIGNAL MESSENGERS, Physiologia Plantarum, 100(2), 1997, pp. 341-352
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
NACL-INDUCED ALTERATIONS IN BOTH CELL STRUCTURE AND TISSUE-SPECIFIC PLASMA-MEMBRANE H-ATPASE GENE-EXPRESSION()
Authors: NIU XM DAMSZ B KONONOWICZ AK BRESSAN RA HASEGAWA PM
Citation: Xm. Niu et al., NACL-INDUCED ALTERATIONS IN BOTH CELL STRUCTURE AND TISSUE-SPECIFIC PLASMA-MEMBRANE H-ATPASE GENE-EXPRESSION(), Plant physiology, 111(3), 1996, pp. 679-686
ALTERATIONS IN CELL-MEMBRANE STRUCTURE AND EXPRESSION OF A MEMBRANE-ASSOCIATED PROTEIN AFTER ADAPTATION TO OSMOTIC-STRESS
Authors: CHANG PFL DAMSZ B KONONOWICZ AK REUVENI M CHEN ZT XU Y HEDGES K TSENG CC SINGH NK BINZEL ML NARASIMHAN ML HASEGAWA PM BRESSAN RA
Citation: Pfl. Chang et al., ALTERATIONS IN CELL-MEMBRANE STRUCTURE AND EXPRESSION OF A MEMBRANE-ASSOCIATED PROTEIN AFTER ADAPTATION TO OSMOTIC-STRESS, Physiologia Plantarum, 98(3), 1996, pp. 505-516
A HIGHER-PLANT EXTRACELLULAR VITRONECTIN-LIKE ADHESION PROTEIN IS RELATED TO THE TRANSLATIONAL ELONGATION FACTOR-1-ALPHA
Authors: ZHU JK DAMSZ B KONONOWICZ AK BRESSAN RA HASEGAWA PM
Citation: Jk. Zhu et al., A HIGHER-PLANT EXTRACELLULAR VITRONECTIN-LIKE ADHESION PROTEIN IS RELATED TO THE TRANSLATIONAL ELONGATION FACTOR-1-ALPHA, The Plant cell, 6(3), 1994, pp. 393-404
IMMUNOCYTOCHEMICAL LOCALIZATION OF URICASE IN PEROXISOMES OF SOYBEAN COTYLEDONS
Authors: DAMSZ B DANNENHOFFER JM BELL JA WEBB MA
Citation: B. Damsz et al., IMMUNOCYTOCHEMICAL LOCALIZATION OF URICASE IN PEROXISOMES OF SOYBEAN COTYLEDONS, Plant and Cell Physiology, 35(6), 1994, pp. 979-982
TARGETING OF GLYOXYSOMAL PROTEINS TO PEROXISOMES IN LEAVES AND ROOTS OF A HIGHER-PLANT
Authors: OLSEN LJ ETTINGER WF DAMSZ B MATSUDAIRA K WEBB MA HARADA JJ
Citation: Lj. Olsen et al., TARGETING OF GLYOXYSOMAL PROTEINS TO PEROXISOMES IN LEAVES AND ROOTS OF A HIGHER-PLANT, The Plant cell, 5(8), 1993, pp. 941-952
A PROTEIN IMMUNOLOGICALLY RELATED TO NODULE-SPECIFIC URICASE IS EXPRESSED IN SOYBEAN COTYLEDONS
Authors: DAMSZ B DANNENHOFFER JM BELL JA WEBB MA
Citation: B. Damsz et al., A PROTEIN IMMUNOLOGICALLY RELATED TO NODULE-SPECIFIC URICASE IS EXPRESSED IN SOYBEAN COTYLEDONS, Plant physiology, 102(1), 1993, pp. 124-124
Risultati: 1-9 |