A simple method has already been devised for extensive purification of four respiratory components from P8eudomona8 aerugino8a in a true water-soluble state without the aid of detergents (Horio, 1958a). These components were called P8eudomona8 (P)-cytochrome-554, P-cytochrome-551, P-blue protein and P-cytochrome oxidase (Horio, 1958b; Horio, Higashi, Matsubara et al. 1958). The same microorganism also contains another cytochrome, P-cytochrome-560, which is similar to the so-called cytochrome b, and which has not yet been solubilized without the aid of sodium cholate (Horio, 1958a). From studies on purified respiratory components, cellular fragments and whole cells, Horio (1958b) and Yamanaka (1959) have concluded that in the electron-transferring system of P. aerugino8a P-cytochrome-551 and
We plan to conduct a new experiment for the γd → pηn reaction using the FOREST detector at the Research Center for Electron Photon Science, Tohoku University, Japan. The main objective is to determine the low-energy η-neutron scattering parameters. The photon beam with energies around 930 MeV can give the recoilless condition of η mesons by detecting the protons at 0• . The effects of the the η-neutron final-state interaction must be enhanced due to the small relative momentum between an η meson and a residual neutron. In this contribution, the planned FOREST experiment is presented.
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