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The AMADEUS experiment aims to perform precision studies in the sector oflow-energy kaon-nuclei interaction at the DA\Phi NE collider at LNF-INFN,implementing a dedicated setup in the central region of the KLOE detector. As afirst step towards the AMADEUS realization the existing KLOE data (runs from2002 to 2005) were analysed using the detector itself as an active target. K^-nuclear interactions in the gas filling the KLOE drift chamber (Helium 90% andIsobutane 10%) and the drift chamber entrance wall (mainly Carbon) wereexplored. Starting point was the reconstruction of the \Lambda(1116) trough itsdecay into a proton and a pion (BR = 63.9 \pm 0.5%). Taking advantage of thegood performances of the KLOE calorimeter in detecting photons we then focusedon the investigation of the \Lambda(1405), through its decay into\Sigma^0\pi^0. The details of the \Sigma^0 \pi^0 analysis and preliminaryresults are presented.

Low energy kaon-nuclei interaction studies through the \Sigma^0\pi^0 channel with the KLOE detector