Page 60 - The Biochemistry of Inorganic Polyphosphates
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WU095/Kulaev
               WU095-03
                                     Polyphosphates in living organisms
                            44     March 9, 2004  15:29  Char Count= 0
                            Table 3.1 (Continued)
                            Species                                          Reference
                            Crithidia fasciculata             Janakidevi et al., 1965
                            Entamoeba sp.                     Lopez-Peville and Gomez-Domingues, 1985
                            Leishmania major                  Rodrigues et al., 2002a; Moreno et al., 2000
                            Tetrahymena pyriformis            Rosenberg, 1966
                            Trypanosoma brucei                Moreno et al., 2000
                            Trypanosoma cruzi                 Ruiz et al., 2001a

                            Flowering plants
                            Cotton, seeds                     Asamov and Valikhanov, 1972; Valikhanov et al.,
                                                               1980
                            Cuscuta reflexa                    Tewari and Singh, 1964
                            Deschampsia flexiosa               Nassery, 1969
                            Banksia ornata, roots and         Jeffrey, 1964
                              stems
                            Lemna minor                       Inh¨ulsen and Niemeyer, 1975; Niemeyer, 1975
                            Maize, roots                      Vagabov and Kulaev, 1964
                            Malus domestica (apple),          Schmidt, 1971, 1972; Schmidt and Buban, 1971
                              leaves
                            Solanum lycopersicum              Khomlyak and Grodzinskii, 1970, 1972; Klein, 1952
                              (tomato), leaves, hypocotils
                            Spinacea oleracea (spinach),      Miyachi, 1961
                              leaves
                            Triticum vulgare (wheat),         Wang and Manchini, 1966
                              leaves
                            Urtica dioica                     Nassery, 1969




                            of higher animals and plants (Ebel, 1952c; Korchagin, 1954; Lohmann, 1958) should not
                            be regarded as evidence for their inability to synthesize and accumulate these compounds
                            under suitable conditions of growth or in separate cell compartments.
                               With regard to animals, PolyPs were found in the freshwater sponge Ephydatia muelleri
                            (Imsiecke et al., 1996) and in some insects, namely the imago stage of Blaberus cranifera
                            (Kulaev et al., 1974c), larvae of Deilephila euphorbiae (Heller et al., 1950; Heller,1953,
                            1954) and Galeria mellonella (Niemerko, 1950, 1953; Niemierko and Niemierko,1950),
                            excretions of Achroca grissela (Pierpoint, 1957c), Celleria euphorbiae (Heller, 1953),and
                            Galeria mellonella (Niemierko, 1950, 1953, Niemierko and Niemierko,1950; Wojtezak,
                            1954; Pierpoint, 1957c).
                               PolyPs were also observed in embryos of frog Rana japonica (Shiokawa and Yamana,
                            1965) and different tissues of mammalians (Grossman and Lang, 1962; Penniall and Griffin,
                            1964; Griffin et al., 1965; Gabel, 1971; Gabel and Thomas, 1971; Mansurova et al., 1975a;
                            Kumble and Kornberg, 1995; Lorenz et al., 1997b; Leyhausen et al., 1998; Kornberg, 1999;
                            Schr¨oder et al., 1999, 2000). Thus, it can be seen that PolyPs are very widespread in living
                            organisms at different stages of evolution.
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