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Pep-13 Elicitor in Plant Immune Response to Phytophthora sojae

Explore Pep-13, a key motif in Phytophthora sojae, and its role in plant innate immunity. Discover its elicitor activity and conserved nature in Phytophthora spp. Investigate Pep-13's function and defense reactions in plants.

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Pep-13 Elicitor in Plant Immune Response to Phytophthora sojae

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  1. L‘interaction non-hôte Persil-Phytophthora sojae, un modèle pour étudier la réponse immunitaire innée chez les plantes Institut of plant biochemistry

  2. Pep-13, a minimal elicitor motif within GP42 Elicitor-active oligopeptide Open reading frame P C X H C C RACE clones X H N cDNA clone VWNQPVRGFKVYE Elicitor activity + - + polypeptides - expressed from subclones - + - TS - TSGPTS - Institute of Plant Biochemistry

  3. Institut of plant biochemistry

  4. GP42 TGase homologs are highly conserved among the genus Phytophthora Institute of Plant Biochemistry

  5. Pep-13-containing GP42 TGase homologs are highly conserved among Phytophthora spp. Institute of Plant Biochemistry IPB

  6. Hydropathy plot of Phytophthora sojae transglutaminase Pep-13 is part of a surface-exposed loop structure Institute of Plant Biochemistry IPB

  7. TGase and elicitor activities of P. sojae wild-type and mutant proteins Pep-13 is functionally indispensable Institute of Plant Biochemistry IPB

  8. Pep-13 elicits defense reactions in potato with the same signal specificity as in parsley P234A W231A Institute of Plant Biochemistry

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