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We have obtained olfactory evoked potentials (OEPs) by blast method. Our OEPs consist of five peaks which are N1, P1, N2, P2 and P3. We have assigned each peak that N1, P, are chemosensory somato-evoked potentials (CSEPs) of trigerminal stimulation by the pressure of the odorant gas, and N2, P2 are genuine chemosensory evoked potentials (CSEPs) by the odorant itself. However, the origin of P3 was still unknown. In this study, we applied two odorant gases (amyl acetate and skatole) in the oddball paradigm to investigate whether P3 is identical with P300 or not. In the oddball paradigm, the amplitude of P3 during rare stimulus is higher than that during frequent stimulus both by amyl acetate and skatole. Therefore we concluded that P3 in the OEPs by the blast method is identical to P300.

Assignment of the P3 component in the olfactory evoked potentials by blast method