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Results: 1-4 |
Results: 4
MUTATIONS IN VIRAL MOVEMENT PROTEIN ALTER SYSTEMIC INFECTION AND IDENTIFY AN INTERCELLULAR BARRIER TO ENTRY INTO THE PHLOEM LONG-DISTANCE TRANSPORT-SYSTEM
Authors: WANG HL WANG Y GIESMANCOOKMEYER D LOMMEL SA LUCAS WJ
Citation: Hl. Wang et al., MUTATIONS IN VIRAL MOVEMENT PROTEIN ALTER SYSTEMIC INFECTION AND IDENTIFY AN INTERCELLULAR BARRIER TO ENTRY INTO THE PHLOEM LONG-DISTANCE TRANSPORT-SYSTEM, Virology, 245(1), 1998, pp. 75-89
TOBAMOVIRUS AND DIANTHOVIRUS MOVEMENT PROTEINS ARE FUNCTIONALLY HOMOLOGOUS
Authors: GIESMANCOOKMEYER D SILVER S VAEWHONGS AA LOMMEL SA DEOM CM
Citation: D. Giesmancookmeyer et al., TOBAMOVIRUS AND DIANTHOVIRUS MOVEMENT PROTEINS ARE FUNCTIONALLY HOMOLOGOUS, Virology, 213(1), 1995, pp. 38-45
ALANINE SCANNING MUTAGENESIS OF A PLANT-VIRUS MOVEMENT PROTEIN IDENTIFIES 3 FUNCTIONAL DOMAINS
Authors: GIESMANCOOKMEYER D LOMMEL SA
Citation: D. Giesmancookmeyer et Sa. Lommel, ALANINE SCANNING MUTAGENESIS OF A PLANT-VIRUS MOVEMENT PROTEIN IDENTIFIES 3 FUNCTIONAL DOMAINS, The Plant cell, 5(8), 1993, pp. 973-982
CELL-TO-CELL TRAFFICKING OF MACROMOLECULES THROUGH PLASMODESMATA POTENTIATED BY THE RED-CLOVER NECROTIC MOSAIC-VIRUS MOVEMENT PROTEIN
Authors: FUJIWARA T GIESMANCOOKMEYER D DING B LOMMEL SA LUCAS WJ
Citation: T. Fujiwara et al., CELL-TO-CELL TRAFFICKING OF MACROMOLECULES THROUGH PLASMODESMATA POTENTIATED BY THE RED-CLOVER NECROTIC MOSAIC-VIRUS MOVEMENT PROTEIN, The Plant cell, 5(12), 1993, pp. 1783-1794
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