TAURME M MARINE MVERTEBRATES
249
Lindberg, B. (1955b). Methylated taurines and choline sulphatc in red algae.
Acta chem. Scand. 9, 1323-1326.
Lowe, I. P. and Roberts, E. (1955). Incorporation of radioactive sulphate
sulphur into taurino and other substarices in thc chick embryo. J. biol.
Chem. 212, 477-483.
Effwts of cnvironmcntal salinity on froc
amino acids of Craaeostrea virginica Gmelin. Comp. Biochem. l’hysiol., 19,
Macallum, A. B. and Sivertz, C. (1942). Thc potentiation of insulin by sulphones.
Can. Chem. Process Ind. 26, 569.
Machlin, L. J., Pearson, P. B., Denton, C. A. and Bird, H. R. (1953). The utilization of sulphate sulphur by the laying hen and its incorporation into cystine.
J. biol. Chem. 205, 213-219.
Machlin, L. J., Pearson, P. B. and Denton, C. A. (1955). Tho utilization of sulphate
sulphur for the synthesis of taurinc in the dcveloping chick embryo. J. biol.
Chem. 212, 469-475.
Makisumi, S. (1961). Guanidino compounds from a sea anemone. Anthopleura
japonica Verrill. J . Biochem. Tokyo. 49, 284-291.
Martin, W. G., Miraglia, R. J., Spaeth, D. G. and Patrick, H. (1966). Synthesis of taurine from sulphate by the Chick. Proc. SOC. ezp. Biol. Med. 122.
Medes, G. and Floyd, N. (1942). Metabolism of sulphur. XI. Further investigation of the enzymic oxidation of sulphur-containing amino-acids. Biochem. J.
Mendel, L. B. (1904). tfber daa Vorkommen von Taurine in den Muskeln von
Weichtieren. Beit. chem. Phyeiol. Path. 5, 582.
Mendel, L. B. and Bradloy, H. C. (1906). Experimental studics on the physiology
of the molluscs-third paper. Am. J. Phyeiol. 17, 167-176.
Morizawa, K. (1927). ober die Extraktivstoffe von Octopwr octopodia. Acfa Sch.
med. Univ. Kyoto, 9, 285-298.
Miraglia. R. J., Martin, W. G., Spaoth, D. G. and Patrick, H. (1960). On the
synthesis of taurine from sulphate by the chick. I. Infliicntial dietary
factors. Proc. SOC. exp. Biol. Med. 123, 725-730.
Mondovi, B. and Tentori, L. (1961). Metabolites of c y ~ t a m i n c - S ~ ~
in the rat.
Ilal. J . Bwchem. 10, 436-445.
Mullins, L. J. (1959). An analysis of conductance changes in squid axon. J . gen.
Phyaiol. 42, 1013-1035.
Negus. M. R. S. (1968). Oxygen consumption and amino acid lovcls in Hydrobiu
ulvae (Ponnaut) in rulation to salinity and behavioiir. Comp. Biochem.
Phyaiol. 24, 317-325.
Okuda, Y. (1920). Extractive matters of Palinurn japonicwr and Loligo
breckeri. Chem. Abelr. 14, 2827.
Okuda, Y. and Sanada, K. (1919). A method for tho determination of taurine
in muscles. J. wll. Agr. Univ. Tokyo, 7, 77-80.
Oord, A. Van den (1966). The biosynthesis of the emulsifiers of tho crab Cancer
pagurua L. Comp. Biochem. Phyaiol. 17, 715-718.
Oord, A. Van den, Danielsson, H. and Ryhage, R. (1965). On the structure of tho
emulsifiers in gastric juice from the crab Cancer pagurua L. J . biol. Chem.,
Ouchi, S . (1959). 2-hinoethane sulphinic acid. I. Isolation from a mollusc:
Lynch, M. 1’. and Wood, L. (1966).
783-790.
84 1-844.
36, 259-270.
240, 2242-2247.
identification and distribution. J. Bwchem. Tokyo, 46, 765-770.
249
Lindberg, B. (1955b). Methylated taurines and choline sulphatc in red algae.
Acta chem. Scand. 9, 1323-1326.
Lowe, I. P. and Roberts, E. (1955). Incorporation of radioactive sulphate
sulphur into taurino and other substarices in thc chick embryo. J. biol.
Chem. 212, 477-483.
Effwts of cnvironmcntal salinity on froc
amino acids of Craaeostrea virginica Gmelin. Comp. Biochem. l’hysiol., 19,
Macallum, A. B. and Sivertz, C. (1942). Thc potentiation of insulin by sulphones.
Can. Chem. Process Ind. 26, 569.
Machlin, L. J., Pearson, P. B., Denton, C. A. and Bird, H. R. (1953). The utilization of sulphate sulphur by the laying hen and its incorporation into cystine.
J. biol. Chem. 205, 213-219.
Machlin, L. J., Pearson, P. B. and Denton, C. A. (1955). Tho utilization of sulphate
sulphur for the synthesis of taurinc in the dcveloping chick embryo. J. biol.
Chem. 212, 469-475.
Makisumi, S. (1961). Guanidino compounds from a sea anemone. Anthopleura
japonica Verrill. J . Biochem. Tokyo. 49, 284-291.
Martin, W. G., Miraglia, R. J., Spaeth, D. G. and Patrick, H. (1966). Synthesis of taurine from sulphate by the Chick. Proc. SOC. ezp. Biol. Med. 122.
Medes, G. and Floyd, N. (1942). Metabolism of sulphur. XI. Further investigation of the enzymic oxidation of sulphur-containing amino-acids. Biochem. J.
Mendel, L. B. (1904). tfber daa Vorkommen von Taurine in den Muskeln von
Weichtieren. Beit. chem. Phyeiol. Path. 5, 582.
Mendel, L. B. and Bradloy, H. C. (1906). Experimental studics on the physiology
of the molluscs-third paper. Am. J. Phyeiol. 17, 167-176.
Morizawa, K. (1927). ober die Extraktivstoffe von Octopwr octopodia. Acfa Sch.
med. Univ. Kyoto, 9, 285-298.
Miraglia. R. J., Martin, W. G., Spaoth, D. G. and Patrick, H. (1960). On the
synthesis of taurine from sulphate by the chick. I. Infliicntial dietary
factors. Proc. SOC. exp. Biol. Med. 123, 725-730.
Mondovi, B. and Tentori, L. (1961). Metabolites of c y ~ t a m i n c - S ~ ~
in the rat.
Ilal. J . Bwchem. 10, 436-445.
Mullins, L. J. (1959). An analysis of conductance changes in squid axon. J . gen.
Phyaiol. 42, 1013-1035.
Negus. M. R. S. (1968). Oxygen consumption and amino acid lovcls in Hydrobiu
ulvae (Ponnaut) in rulation to salinity and behavioiir. Comp. Biochem.
Phyaiol. 24, 317-325.
Okuda, Y. (1920). Extractive matters of Palinurn japonicwr and Loligo
breckeri. Chem. Abelr. 14, 2827.
Okuda, Y. and Sanada, K. (1919). A method for tho determination of taurine
in muscles. J. wll. Agr. Univ. Tokyo, 7, 77-80.
Oord, A. Van den (1966). The biosynthesis of the emulsifiers of tho crab Cancer
pagurua L. Comp. Biochem. Phyaiol. 17, 715-718.
Oord, A. Van den, Danielsson, H. and Ryhage, R. (1965). On the structure of tho
emulsifiers in gastric juice from the crab Cancer pagurua L. J . biol. Chem.,
Ouchi, S . (1959). 2-hinoethane sulphinic acid. I. Isolation from a mollusc:
Lynch, M. 1’. and Wood, L. (1966).
783-790.
84 1-844.
36, 259-270.
240, 2242-2247.
identification and distribution. J. Bwchem. Tokyo, 46, 765-770.