Comparative transcriptome analysis reveals the late-acting self-incompatibility and identification of RNase T2 family members in Camellia oleifera
Comparative transcriptome analysis reveals the late-acting self-incompatibility and identification of RNase T2 family members in Camellia oleifera
Background:The Camellia oil tree(Camellia oleifera Abel.)is an important nonwood forest species in southern China,and most Camellia oil tree cultivars are late-acting self-incompatibility(LSI)types.Although several studies examined the mechanism of LSI,the process is quite complicated and unclear. Result:The present study investigated pollen tube growth and fruit setting of two Camellia oil tree cultivars Huashuo(HS)and Huajin(HJ)after non-and self-pollinati…查看全部>>
Chang Li;Mengqi Lu;Junqin Zhou;Yi Long;Fuhao Zhang;Yan Xu;Nan Jiang;Xiaofeng Tan;
Camellia oil tree Late-acting self-incompatibility Transcriptome RNase T2 family
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