Chitosan derivatives induce local and distal expression of defence-related genes in wheat (Triticum aestivum L.) seedlings
JM Díaz-Martínez, E Aispuro-Hernández… - Agrociencia, 2018 - scielo.org.mx
Chitosan and its derivatives are elicitors of defence responses in plants. The physical and
chemical characteristics, like the molecular weight and acetylation degree determine the
type of effect and specificity. Although chitosan-induced biochemical and enzymatic
reactions in wheat (Triticum aestivum) are reported, the transcriptional activation of
defensive markers by chitosan derivatives remains unaddressed. The hypothesis of our
study was that the different structural features of chitosan derivatives would influence the …
chemical characteristics, like the molecular weight and acetylation degree determine the
type of effect and specificity. Although chitosan-induced biochemical and enzymatic
reactions in wheat (Triticum aestivum) are reported, the transcriptional activation of
defensive markers by chitosan derivatives remains unaddressed. The hypothesis of our
study was that the different structural features of chitosan derivatives would influence the …
[PDF][PDF] CHITOSAN DERIVATIVES INDUCE LOCAL AND DISTAL EXPRESSION OF DEFENCE-RELATED GENES IN WHEAT (Triticum aestivum L.) SEEDLINGS
DEQILA LOS DERIVADOS, ELYAD DE - researchgate.net
Chitosan and its derivatives are elicitors of defence responses in plants. The physical and
chemical characteristics, like the molecular weight and acetylation degree determine the
type of effect and specificity. Although chitosan-induced biochemical and enzymatic
reactions in wheat (Triticum aestivum) are reported, the transcriptional activation of
defensive markers by chitosan derivatives remains unaddressed. The hypothesis of our
study was that the different structural features of chitosan derivatives would influence the …
chemical characteristics, like the molecular weight and acetylation degree determine the
type of effect and specificity. Although chitosan-induced biochemical and enzymatic
reactions in wheat (Triticum aestivum) are reported, the transcriptional activation of
defensive markers by chitosan derivatives remains unaddressed. The hypothesis of our
study was that the different structural features of chitosan derivatives would influence the …
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