694
H O N O R
B .
F E L L
A N D
L .
M .
R I N A L D I N I
Galloway, N . M . , Garry, R . C. and Hitchin, A . D . (1948). Ascorbic acid and epithelial regeneration. Brit. J. JVutr. 2, 228.
Gerarde, H . W . , Jones, M . and Winnick, T . (1952). Protein synthesis and amino
acid turnover in tissue culture. J. biol. Chem. 196, 51.
Gianetto, R . and de Duve, C . (1955). Tissue fractionation studies. 4. Comparative
study o f the binding o f acid phosphatase and cathepsin b y rat liver particles.
Biochem. J. 59, 433.
Giroud, A . (1939). Repartition de la vitamine C dans l'organisme. Ergeb. Vitam.-u.
Hormonforsch. 1, 68.
Glick, D . and Biskind, G. R . (1936). Studies in histochemistry. I X . T h e quantitative
distribution o f vitamin C in the adrenal gland at various stages o f development.
J. biol. Chem. 115, 551.
Golden, R . and Sargent, F. (1952). T h e passage of ascorbic acid across the membrane
o f t h e human erythrocyte. Arch. Biochem. Biophys. 39, 138.
Gordonoff, T . and Ludwig, F. (1937). U b e r die Bedeutung der Vitamine fur die
Krebstherapie. Z- KreksForsch. 46, 73.
Gould, B. S. (1958). Biosynthesis o f collagen. I I I . T h e direct action o f ascorbic acid
on hydroxyproline and collagen formation in subcutaneous polyvinyl sponge
implant in guinea-pigs. J. biol. Chem. 232, 637.
Gould, B. S. (1961). Ascorbic acid-independent and ascorbic acid-dependent collagenforming mechanisms. Ann. N.T. Acad. Sci. 92, 168.
Green, D . E. (1933). T h e potentials o f ascorbic acid. Biochem. J. 27, 1044.
Grollman, A . P. and Lehninger, A . L. (1957). Enzymic synthesis o f L-ascorbic acid
in different animal species. Arch. Biochem. 69, 458.
Harris, L. J. and Olliver, M . (1942). T h e reliability o f t h e method for estimating
vitamin C by titration against 2:6 dichlorophenolindophenol. 1. Control test
with plant tissues. Biochem. J. 36, 155.
Hass, G. and M c D o n a l d , F. (1940). Studies o f collagen. I. T h e production o f collagen
in vitro under variable experimental conditions Amer. J. Path. 16, 525.
Hassan, M . U . and Lehninger, A . L . (1956). Enzymatic formation o f ascorbic acid
in rat liver extract. J. biol. Chem. 223, 123-138.
Hauschka, T . S. (1944). Specific protective influence o f alanine in differential
tissue destruction by hexenolactone (parasorbic acid). Nature, Lond. 154, 769.
Hauschka, T . S., Toennies, G . and Swain, A . P. (1945). T h e mechanism o f growth
inhibition by hexenolactone. Science 101, 383.
Havard, R . E. and Kendall, L. P. (1934). T h e effect o f the oxidation-reduction
potential o f the medium on the growth o f tissue cultures. Biochem. J. 28, 1121.
Hengstmann, H . (1939). U b e r die Wirkung von wasserloslichen Vitaminen auf
Gewebekulturen in vitro. Z- Vitaminforsch. 8, 208.
Herbertson, M . A . (1955). T h e reversibility o f the effect o f hypervitaminosis A on
embryonic limb-bones cultivated in vitro. J. Embryol. exp. Morph. 3, 355.
Hopkins, F. G. and M o r g a n , E . J . (1936). Some relations between ascorbic acid and
glutathione Biochem. J. 30, 1446.
Horowitz, H . H . , Doerschuk, A . P. and King, C . G. (1952). T h e origin of L-ascorbic
acid in the albino rat. J. biol. Chem. 199, 193.
Horowitz, H . H . and King, C. G. (1953). Glucuronic acid as a precursor o f ascorbic
acid in the albino rat. J. biol. Chem. 205, 815.
Hughes, R . E. and Kodicek, E. (1960). T h e absence o f galactosamine in scorbutic
granulation tissue. Biochem. J. 77, 3p.
Isherwood, F. A . , Chen, Y . T . and Mapson, L. W . (1954a). Synthesis of L-ascorbic
acid in plants and animals. Biochem. J. 56, 1.
Isherwood, F. A . , Chen, Y . T . and Mapson, L . W . (1954b). Isolation o f D-glyceric
H O N O R
B .
F E L L
A N D
L .
M .
R I N A L D I N I
Galloway, N . M . , Garry, R . C. and Hitchin, A . D . (1948). Ascorbic acid and epithelial regeneration. Brit. J. JVutr. 2, 228.
Gerarde, H . W . , Jones, M . and Winnick, T . (1952). Protein synthesis and amino
acid turnover in tissue culture. J. biol. Chem. 196, 51.
Gianetto, R . and de Duve, C . (1955). Tissue fractionation studies. 4. Comparative
study o f the binding o f acid phosphatase and cathepsin b y rat liver particles.
Biochem. J. 59, 433.
Giroud, A . (1939). Repartition de la vitamine C dans l'organisme. Ergeb. Vitam.-u.
Hormonforsch. 1, 68.
Glick, D . and Biskind, G. R . (1936). Studies in histochemistry. I X . T h e quantitative
distribution o f vitamin C in the adrenal gland at various stages o f development.
J. biol. Chem. 115, 551.
Golden, R . and Sargent, F. (1952). T h e passage of ascorbic acid across the membrane
o f t h e human erythrocyte. Arch. Biochem. Biophys. 39, 138.
Gordonoff, T . and Ludwig, F. (1937). U b e r die Bedeutung der Vitamine fur die
Krebstherapie. Z- KreksForsch. 46, 73.
Gould, B. S. (1958). Biosynthesis o f collagen. I I I . T h e direct action o f ascorbic acid
on hydroxyproline and collagen formation in subcutaneous polyvinyl sponge
implant in guinea-pigs. J. biol. Chem. 232, 637.
Gould, B. S. (1961). Ascorbic acid-independent and ascorbic acid-dependent collagenforming mechanisms. Ann. N.T. Acad. Sci. 92, 168.
Green, D . E. (1933). T h e potentials o f ascorbic acid. Biochem. J. 27, 1044.
Grollman, A . P. and Lehninger, A . L. (1957). Enzymic synthesis o f L-ascorbic acid
in different animal species. Arch. Biochem. 69, 458.
Harris, L. J. and Olliver, M . (1942). T h e reliability o f t h e method for estimating
vitamin C by titration against 2:6 dichlorophenolindophenol. 1. Control test
with plant tissues. Biochem. J. 36, 155.
Hass, G. and M c D o n a l d , F. (1940). Studies o f collagen. I. T h e production o f collagen
in vitro under variable experimental conditions Amer. J. Path. 16, 525.
Hassan, M . U . and Lehninger, A . L . (1956). Enzymatic formation o f ascorbic acid
in rat liver extract. J. biol. Chem. 223, 123-138.
Hauschka, T . S. (1944). Specific protective influence o f alanine in differential
tissue destruction by hexenolactone (parasorbic acid). Nature, Lond. 154, 769.
Hauschka, T . S., Toennies, G . and Swain, A . P. (1945). T h e mechanism o f growth
inhibition by hexenolactone. Science 101, 383.
Havard, R . E. and Kendall, L. P. (1934). T h e effect o f the oxidation-reduction
potential o f the medium on the growth o f tissue cultures. Biochem. J. 28, 1121.
Hengstmann, H . (1939). U b e r die Wirkung von wasserloslichen Vitaminen auf
Gewebekulturen in vitro. Z- Vitaminforsch. 8, 208.
Herbertson, M . A . (1955). T h e reversibility o f the effect o f hypervitaminosis A on
embryonic limb-bones cultivated in vitro. J. Embryol. exp. Morph. 3, 355.
Hopkins, F. G. and M o r g a n , E . J . (1936). Some relations between ascorbic acid and
glutathione Biochem. J. 30, 1446.
Horowitz, H . H . , Doerschuk, A . P. and King, C . G. (1952). T h e origin of L-ascorbic
acid in the albino rat. J. biol. Chem. 199, 193.
Horowitz, H . H . and King, C. G. (1953). Glucuronic acid as a precursor o f ascorbic
acid in the albino rat. J. biol. Chem. 205, 815.
Hughes, R . E. and Kodicek, E. (1960). T h e absence o f galactosamine in scorbutic
granulation tissue. Biochem. J. 77, 3p.
Isherwood, F. A . , Chen, Y . T . and Mapson, L. W . (1954a). Synthesis of L-ascorbic
acid in plants and animals. Biochem. J. 56, 1.
Isherwood, F. A . , Chen, Y . T . and Mapson, L . W . (1954b). Isolation o f D-glyceric