Abstract: The present invention discloses a method using gene detection to analyze personality traits of a human subject, which comprising steps of (a) providing a subject's test specimen; (b) conducting a gene polymorphism analysis for a plurality of genetic polymorphism biomarkers of the test specimen, wherein the plurality of genetic polymorphism biomarkers are composed of following single-nucleotide polymorphisms (SNPs); TPH1(SEQ ID NO:2), EGF(SEQ ID NO:4), NET_T-182C(SEQ ID NO:5), DRD1(SEQ ID NO:8), DRD4(SEQ ID NO:10) and COMT(SEQ ID NO:11), and following variable number tandem repeats (VNTRs): MAOA_VNTR(SEQ ID NO:16); and (c) determining the subject's surgerncy, negative affection and orienting/regulation of personality traits according to the results of the gene polymorphism analysis; wherein TPH1, DRD4 and COMT are correlated to surgency, EGF and DRD1, MAOA_VNTR are correlated to negative affection, and NET_T-182C and COMT are correlated to orienting/regulation of personality traits.

Abstract: A microswitch connector comprises a support, an “A” leg, a spring plate, a casing and a base. The “A” leg and a stepped foot of the spring plate are received in a stepped hole on the support. V-shaped foldable elements of the “A” leg and the spring plate correspond to receiving gaps of the base. An abutting piece is provided inside receiving gaps of the base. Plural positioning cavities corresponding to the support legs on the casing are formed on the base. A projecting conductive pointing is formed at the end of the “A” leg. Through the above structures, the respective elements of the microswitch are firmly positioned.