244
f . A. ALLEN AND M. R. GARRETT
Cavalluii, D., DrMarco, C., Scaiidurra, R., Duprb, S. ant1 Grcteiani, M. T. (1966).
The ciixymatic oxidation of cystcamine to hypotaurinc. J. biol. Chein. 241,
Cavallini, D., Scandurra, R. and DcMarco, C. (1963). The enzymatic oxidation
of cysteaminc to hypotaurinc in the presence of sulpliidc. J. biol. Chena.
Chapevillc, F. aid Promagcot, P. (1’355). La formation do l’acidc cystdincsrilphiniqiie 8. partir do la cystiiic chcz lc rat. Biochim. biophya. Acta, 17, 275.
Chatagncr, F. and Bcrgeret, B. ( 1951). DBcarboxylation enxymatique, in vilro
et in vivo, de l’acide L’cystBitie-sulfinique dans le foic des animaiix supbrieurs.
C . r. S h n c . A d . Sci. Paris, 232, 448.
Chatagner, P. and Bergerot, B. (1955). MBtabolisme des acidcs aminBs soufrbs
chez I r s animaux suprricrirs ct chcz lcs microorgnnismrs. Annla Nutr.
Aliment. 9, 93-130.
Rbprrcussion d’une
carcnce en vitamine B2 sur lo mOtabolismc do l’acidc L-cysthitie-sulfinique
i n vilro et i n viuo, chez lo rat. Biochim. biophya. Ac&a, 13, 313-318.
Christensen, H. N. (1964). Rclations in the transport of 8-alanine and the
a-amino acids in the Ehrlich cell. J . biol. Chem. 239, 3584-3589.
Christenscn, H. N., Hoss, N. and Riggs, T. R. (1954). Concentration of taurinc,
8-alanine, and tri-iodothyronine by ascites tumor cells. Cancer Rea. 14, 124127.
Ciereszko, L. S., Odense, P. H. and Schmidt, R. W. (1961). Chemistry of coelenterates. 11. Occiirrcnce of taurobctaine and creatine in gorgonians. Ann.
N . Y. A c d . Sci. 90, 920-922.
Cowey, C. 13. and Corner, E. D. S. (1963). Amino acids and some other nitrogenous compounds in Calunua jinmarchicw. J. mar. biol. Aaa. U . K . 43,
Curtis, D. R. and Watkins, J. C. (1961). Analogues of glutaminr and a-aminobutyric acids having potcnt action on mammalian neuroncs. Nature, Lond.
191,1010.
Davison, A. N. (1956). Amino acid dccarboxylases in rat brain and liver. Biochim.
biophya. Acta, 19, G6-73.
Deffner, G. G. J. (1961). The dialyzablc free organic constituents of squid blood:
a comparison with nerve axoplasm. Biochim. biophya. Acta, 47, 378-388.
Deffiier, G. G. J. and Hafter, R. E. (1959). Chemical investigations of the giant
fibres of the squid. 1. Fractionation of dialyzablo constituents of axoplasm
and quantitativc cictormination of the fro0 amino acids. Biochim. biophys.
Acta, 32, 362-374.
Deffiier, G. G. J. aiid Haftcr, It. E. (1960). Chrmical investigations of the giant
nerve fibrcs of the squid.
Biochim.
biophya. Acta, 42, 200-205.
Degcns, E. T. (1967). Evolutionary tronds inferred from the organic tissue
variation of mollusc shells. Meddr dansk. geol. Foren. 17, 112-124.
DeMarco, C., Mosti, R. and Cavallini, D. (1966). Sulla ossidazione della cisteina
e della cisteamina a derivati solfinici, catalizzata dal fegato di ratto. Boll.
SOC. ital. Biol. eper. 42, 94-96.
Donadio, G. and Fromagcot. P. (1964). Influence cxercBe par la taurine sur
I’utilization du glucose par lo rat. Bull. SOC. Chim. biol. 46, 293-302.
Drisko, R. W. and Hochman. H. (1957). Amino acid content of marine borers.
Biol. Bull. mar. biol. Lab.. Ib’oocla Hole. 112. 325-329.
3189-31 96.
238, 2999-3005.
Chatagner, P., Tabcchian, H. aiid Brrgcrct, I3. (1954).
485-493.
IV. Acid-base balance i n axoplasm.
f . A. ALLEN AND M. R. GARRETT
Cavalluii, D., DrMarco, C., Scaiidurra, R., Duprb, S. ant1 Grcteiani, M. T. (1966).
The ciixymatic oxidation of cystcamine to hypotaurinc. J. biol. Chein. 241,
Cavallini, D., Scandurra, R. and DcMarco, C. (1963). The enzymatic oxidation
of cysteaminc to hypotaurinc in the presence of sulpliidc. J. biol. Chena.
Chapevillc, F. aid Promagcot, P. (1’355). La formation do l’acidc cystdincsrilphiniqiie 8. partir do la cystiiic chcz lc rat. Biochim. biophya. Acta, 17, 275.
Chatagncr, F. and Bcrgeret, B. ( 1951). DBcarboxylation enxymatique, in vilro
et in vivo, de l’acide L’cystBitie-sulfinique dans le foic des animaiix supbrieurs.
C . r. S h n c . A d . Sci. Paris, 232, 448.
Chatagner, P. and Bergerot, B. (1955). MBtabolisme des acidcs aminBs soufrbs
chez I r s animaux suprricrirs ct chcz lcs microorgnnismrs. Annla Nutr.
Aliment. 9, 93-130.
Rbprrcussion d’une
carcnce en vitamine B2 sur lo mOtabolismc do l’acidc L-cysthitie-sulfinique
i n vilro et i n viuo, chez lo rat. Biochim. biophya. Ac&a, 13, 313-318.
Christensen, H. N. (1964). Rclations in the transport of 8-alanine and the
a-amino acids in the Ehrlich cell. J . biol. Chem. 239, 3584-3589.
Christenscn, H. N., Hoss, N. and Riggs, T. R. (1954). Concentration of taurinc,
8-alanine, and tri-iodothyronine by ascites tumor cells. Cancer Rea. 14, 124127.
Ciereszko, L. S., Odense, P. H. and Schmidt, R. W. (1961). Chemistry of coelenterates. 11. Occiirrcnce of taurobctaine and creatine in gorgonians. Ann.
N . Y. A c d . Sci. 90, 920-922.
Cowey, C. 13. and Corner, E. D. S. (1963). Amino acids and some other nitrogenous compounds in Calunua jinmarchicw. J. mar. biol. Aaa. U . K . 43,
Curtis, D. R. and Watkins, J. C. (1961). Analogues of glutaminr and a-aminobutyric acids having potcnt action on mammalian neuroncs. Nature, Lond.
191,1010.
Davison, A. N. (1956). Amino acid dccarboxylases in rat brain and liver. Biochim.
biophya. Acta, 19, G6-73.
Deffner, G. G. J. (1961). The dialyzablc free organic constituents of squid blood:
a comparison with nerve axoplasm. Biochim. biophya. Acta, 47, 378-388.
Deffiier, G. G. J. and Hafter, R. E. (1959). Chemical investigations of the giant
fibres of the squid. 1. Fractionation of dialyzablo constituents of axoplasm
and quantitativc cictormination of the fro0 amino acids. Biochim. biophys.
Acta, 32, 362-374.
Deffiier, G. G. J. aiid Haftcr, It. E. (1960). Chrmical investigations of the giant
nerve fibrcs of the squid.
Biochim.
biophya. Acta, 42, 200-205.
Degcns, E. T. (1967). Evolutionary tronds inferred from the organic tissue
variation of mollusc shells. Meddr dansk. geol. Foren. 17, 112-124.
DeMarco, C., Mosti, R. and Cavallini, D. (1966). Sulla ossidazione della cisteina
e della cisteamina a derivati solfinici, catalizzata dal fegato di ratto. Boll.
SOC. ital. Biol. eper. 42, 94-96.
Donadio, G. and Fromagcot. P. (1964). Influence cxercBe par la taurine sur
I’utilization du glucose par lo rat. Bull. SOC. Chim. biol. 46, 293-302.
Drisko, R. W. and Hochman. H. (1957). Amino acid content of marine borers.
Biol. Bull. mar. biol. Lab.. Ib’oocla Hole. 112. 325-329.
3189-31 96.
238, 2999-3005.
Chatagner, P., Tabcchian, H. aiid Brrgcrct, I3. (1954).
485-493.
IV. Acid-base balance i n axoplasm.