382
FINDLAY 1. RUSSELL
Sommer, H. W., and Clark, F. N. (1946). Effect of red water on marine life in
Santa Monica Bay, California. Calif. Fiah Game, 32, 10C1.
Sommer, H., and Meyer, K. F. (1937). Paralytic shellfish poisoning. Arch.
Pathol., Chicago, 24, 560-98.
Sommer, H., Whedon, W. F., Kofoid, C. A., and Stohler, R. (1937). Relation of
paralytic shell-fish poison to certain plankton organisms of the genus
Gonyaulux. Arch. Pathol. 24, 537-59.
Sommer, H. W., Riegel, B., Stanger, D. W., Mold, J. D., Wikholm, D. M., and
McCaughey, M. B. (1948). Paralytic shellfish poison. 11. Purification by
chromatography. J . Arner. chern. SOC. 70, 1019-21.
Springfeld, A. (1889). “ tfber die giftige Wirkung des Blutsenuns des gemeinen
Fluss-Aales Anguilla vulgark,” 33 pp. Thesis, Greiswald.
Steindorff, K. (1914). Experimentelle Untersuchungen uber die Wirkung des
Aalserums auf des menschliche und tierische. Auge. arch. Ophth., Berlin,
Steinitz, H. (1959). Observations on Pterok volitana (L.) and its venom. Copeia,
no. 2, 158-60.
Bubrahmanyan, R. (1954). On the life history and ecology of Hornellia marina
gen. et sp. nov. (Chloromonadineae), causing green discoloration of the sea
and mortality among marine organisms off the Malabar coast. Indian J .
Fkheriea, 1, 182-203.
Tahara, Y. (1894). Report of discovery of puffer toxin (In Japanese). Chugui
Iji Shimpo, 344, 4-9.
Tahara, Y. (1910). Ueber daa Tetrodon gift. Biochem. 2. 30, 255-75.
Tange, Y. (1953).
88, 158-83.
Beitrag zur Kenntnis der Morphologie des Giftapparates
bei den Japanischen Fischen, nebst Bemerkungen iiber dessen Giftigkeit. 11.
tfber den Giftapparat bei Pterok lunulatu Temminck et Schlegel. Yokohama
med. BJI. 4, 178-84.
Tani, I. (1945). Toxicological studies on Japanese puffers (In Japanese). Teikoku
Tosho Kabuahiki Kakha, 2, 1-103.
Thoai, N. van, and Roche, J. (1960). Phosphagens of marine animals. Ann. N . Y .
Thron, C. D., Patterson, R. N., and Friess, S. L. (1963). Further biological
properties of the sea cucumber toxin holothurin A. Tox. appl. pharmacol. 5 ,
1-11.
Tomie, Y., Furusaki, A., Kasami, K., Yosuoka, N., Miyake, K., Haisa, M., and
Nitta, I. (1963). The crystal and molecular structure of bromoanhydrotetrodoic lactone hydrobromide, a derivative of tetrodotoxin. Tetrahedron
Lettere, no. 20, 2101-4.
Tauda, K., and Kawamura, M. (1953). T h e constituents of the ovaries of globefish.
VIII. Studies of tetrodotoxin. Pharm. Bull., Tokyo, 1, 112-3.
Tsuda, K., Tamura, C., Tachikawa, R., Sakai, K., Amakaau, O., Kawamura, M.,
and Ikume, S. (1963). Die Konstitution und Konfiguration der Tetrodonsaure. Chem. Pharm. Bull. 11, 1473-5.
Tuma, V. (1927). Travail de 1’Institut d’histologih et d’embryologie 21 la Faoulte
de medicine de l’universite Charles B Prague. 2 pp., March, 1927.
Uvniis, B. (1960). Mechanism of action of a histamine-liberating principle in
jellyfish (Cyanea capillata). Ann. N . Y . A d . Sci. 90, 751-9.
Van Pel, H. (1959). Some notes on fisheries in the New Hebrides, Fiji and
Tokelaus. S . Pacij. Comm. Quart. Bull. 9, 42-43.
Acad. Sci. 90, 923-8.
FINDLAY 1. RUSSELL
Sommer, H. W., and Clark, F. N. (1946). Effect of red water on marine life in
Santa Monica Bay, California. Calif. Fiah Game, 32, 10C1.
Sommer, H., and Meyer, K. F. (1937). Paralytic shellfish poisoning. Arch.
Pathol., Chicago, 24, 560-98.
Sommer, H., Whedon, W. F., Kofoid, C. A., and Stohler, R. (1937). Relation of
paralytic shell-fish poison to certain plankton organisms of the genus
Gonyaulux. Arch. Pathol. 24, 537-59.
Sommer, H. W., Riegel, B., Stanger, D. W., Mold, J. D., Wikholm, D. M., and
McCaughey, M. B. (1948). Paralytic shellfish poison. 11. Purification by
chromatography. J . Arner. chern. SOC. 70, 1019-21.
Springfeld, A. (1889). “ tfber die giftige Wirkung des Blutsenuns des gemeinen
Fluss-Aales Anguilla vulgark,” 33 pp. Thesis, Greiswald.
Steindorff, K. (1914). Experimentelle Untersuchungen uber die Wirkung des
Aalserums auf des menschliche und tierische. Auge. arch. Ophth., Berlin,
Steinitz, H. (1959). Observations on Pterok volitana (L.) and its venom. Copeia,
no. 2, 158-60.
Bubrahmanyan, R. (1954). On the life history and ecology of Hornellia marina
gen. et sp. nov. (Chloromonadineae), causing green discoloration of the sea
and mortality among marine organisms off the Malabar coast. Indian J .
Fkheriea, 1, 182-203.
Tahara, Y. (1894). Report of discovery of puffer toxin (In Japanese). Chugui
Iji Shimpo, 344, 4-9.
Tahara, Y. (1910). Ueber daa Tetrodon gift. Biochem. 2. 30, 255-75.
Tange, Y. (1953).
88, 158-83.
Beitrag zur Kenntnis der Morphologie des Giftapparates
bei den Japanischen Fischen, nebst Bemerkungen iiber dessen Giftigkeit. 11.
tfber den Giftapparat bei Pterok lunulatu Temminck et Schlegel. Yokohama
med. BJI. 4, 178-84.
Tani, I. (1945). Toxicological studies on Japanese puffers (In Japanese). Teikoku
Tosho Kabuahiki Kakha, 2, 1-103.
Thoai, N. van, and Roche, J. (1960). Phosphagens of marine animals. Ann. N . Y .
Thron, C. D., Patterson, R. N., and Friess, S. L. (1963). Further biological
properties of the sea cucumber toxin holothurin A. Tox. appl. pharmacol. 5 ,
1-11.
Tomie, Y., Furusaki, A., Kasami, K., Yosuoka, N., Miyake, K., Haisa, M., and
Nitta, I. (1963). The crystal and molecular structure of bromoanhydrotetrodoic lactone hydrobromide, a derivative of tetrodotoxin. Tetrahedron
Lettere, no. 20, 2101-4.
Tauda, K., and Kawamura, M. (1953). T h e constituents of the ovaries of globefish.
VIII. Studies of tetrodotoxin. Pharm. Bull., Tokyo, 1, 112-3.
Tsuda, K., Tamura, C., Tachikawa, R., Sakai, K., Amakaau, O., Kawamura, M.,
and Ikume, S. (1963). Die Konstitution und Konfiguration der Tetrodonsaure. Chem. Pharm. Bull. 11, 1473-5.
Tuma, V. (1927). Travail de 1’Institut d’histologih et d’embryologie 21 la Faoulte
de medicine de l’universite Charles B Prague. 2 pp., March, 1927.
Uvniis, B. (1960). Mechanism of action of a histamine-liberating principle in
jellyfish (Cyanea capillata). Ann. N . Y . A d . Sci. 90, 751-9.
Van Pel, H. (1959). Some notes on fisheries in the New Hebrides, Fiji and
Tokelaus. S . Pacij. Comm. Quart. Bull. 9, 42-43.
Acad. Sci. 90, 923-8.