In order to provide scientific basis for further study on WRKY transcription factors in Camellia oleifera and genetic improvement of plant terpenoids synthesis, transcription database were collected using C. oleifera seeds during fruit enlargement stage and peak stage of oil conversion. Four WRKY Unigenes were screened by gene annotation analysis. Through bioinformatics analysis, structure domains of the four WRKY Unigenes were highly conserved with other plant WRKY transcription factors related to terpenoid metabolism. The four WRKYUnlgenes were classified to WRKY-1, WRKY- 2 and WRKY-3. Unige...