《Table 4 SCP loci and candidate genes significantly associated with SCN resistance of soybean》

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《黑龙江省抗胞囊线虫大豆的分子遗传和相关基因挖掘（英文）》

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Four genes that were possibly associated with SCN resistance were found（Table 4 and Fig.7）:Glyma11g35700.1，which encodes a laccase，is a member of laccase gene family.It is involved in the synthesis of lignin and highly expressed in lignified tissues.When soybean plant is infected by pathogens，Glyma11g35700.1 is largely expressed，which promotes the lignification of the infected part of roots to resist further infection of the pathogens.In addition，it possibly participates in ABA treatment，stress response and lignin catabolism[23].Glyma11g35820.1，encodes alpha-soluble NSF attachment protein 2（ɑ-SNAP2）and mediates membrane fusion.In detail，the adaptor protein of N-ethylmaleimide sensitive fusion proteins recognizes and binds to the receptors V-SNARE（soluble NSF attachment protein receptor residing on the vesicle）on vesicle and t-SNARE on target membranes，initiates the assembly of the fusion complex，which catalyzes the fusion of vesicle with the target membrane.Glyma11g35640.2 encodes DEAD-box ATP-dependent RNA helicase 18，which is involved in the unwinding of RNA duplexes.Glyma11g35651.1 which encodes an autophagy related protein is involved in autophagy of plant cells，and maintains the growth balance in vivo by degrading damaged intracellular organelles，longlived proteins and macromolecular aggregates.