Haplotype divergence in the GeD14-GeD53 network mediates growth and biotic resistance in G. elata. (IMAGE)

Nanjing Agricultural University The Academy of Science

Haplotype divergence in the GeD14-GeD53 network mediates growth and biotic resistance in G. elata.

Caption

Haplotype divergence in the GeD14-GeD53 network mediates growth and biotic resistance in G. elata. (A) Co-expression network of the darkturquoise module identified by WGCNA. Gene names in boldface represent those positively correlated with D14 and negatively correlated with D53. (B) Divergence in tuber morphology metrics and polysaccharide content between haplotypes. *P < .05; **P < .01. (C) Proposed model illustrating how haplotype-specific regulation via GeD14-GeD53 and its downstream target genes balances vegetative growth and stress resistance in the G. elata–Armillaria symbiosis. Colored squares below gene names indicate the clade of highest expression (red: Clade E; blue: Clade G).

Credit

Horticulture Research

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