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We use the conventional F and D octet and decimet generator matrices toreformulate chiral properties of local (non-derivative) and one-derivativenon-local fields of baryons consisting of three quarks with flavor SU(3)symmetry that were expressed in SU(3) tensor form in Ref. [12]. We showexplicitly the chiral transformations of the [(6,3)\oplus(3,6)] chiralmultiplet in the "SU(3) particle basis", for the first time to our knowledge,as well as those of the (3,\bar{3}) \oplus (\bar{3}, 3), (8,1) \oplus (1,8)multiplets, which have been recorded before in Refs. [4,5]. We derive thevector and axial-vector Noether currents, and show explicitly that their zeroth(charge-like) components close the SU_L(3) \times SU_R(3) chiral algebra. Weuse these results to study the effects of mixing of (three-quark) chiralmultiplets on the axial current matrix elements of hyperons and nucleons. Weshow, in particular, that there is a strong correlation, indeed a definiterelation between the flavor-singlet (i.e. the zeroth), the isovector (thethird) and the eighth flavor component of the axial current, which is in decentagreement with the measured ones.

Baryon Fields with U_L(3) \times U_R(3) Chiral Symmetry: Axial Currents of Nucleons and Hyperons