696
H O N O R
B .
F E L L
A N D
L .
M .
R I N A L D I N I
Loewus, F. A . and Jang, R . (1958b). T h e conversion o f C
1 4
-labeled sugars to L -
ascorbic acid in ripening strawberries. I I I . Labeling patterns from berries
administered pentose-1-C
1 4
. J. biol. Chem. 232, 521.
Loewus, F. A . , Finkle, B. J. and Jang, R . (1958). L-Ascorbic acid: A possible intermediate in carbohydrate metabolism in plants. Biochim. biophys. Acta 30, 629.
Loewus, F. A . , Jang, R . and Seegmiller, G. G . (1956). T h e conversion o f C
1 4
-labeled
sugars to L-ascorbic acid in ripening strawberries. J. biol. Chem. 222, 649.
Loewus, F. A . , Jang, R . and Seegmiller, C . G . (1958). T h e conversion o f C
1 4
-
labeled sugars to L-ascorbic acid in ripening strawberries. I V . A comparative
study o f D-galacturonic acid and L-ascorbic acid formation. J. biol. Chem. 232, 533.
Lucy, J. A . , Dingle, J. T . and Fell, H . B. (1961). Studies on the m o d e o f action o f
excess of vitamin A . 2. A possible role of intracellular proteases in the degradation
of cartilage matrix. Biochem. J. 79, 500.
Lucy, J. A . , Luscombe, M . and Dingle, J. T . (1963). Studies on the m o d e o f action
of excess o f vitamin A . 8. Mitochondrial swelling. Biochem. J. 89, 419.
Mapson, L. W . (1954). Ascorbic acid. I V . Biochemical systems. In " T h e Vitamins"
( W . H . Sebrell and R . S. Harris, eds.), V o l . 1, p p . 221-242. A c a d e m i c Press,
N e w York.
Mapson, L. W . (1961). T h e role o f dehydro-L-ascorbic acid as respiratory carrier in
plants. Ann. NT. Acad. Sci. 92, 21.
Mapson, L. W . and Goddard, D . R . (1951). Reduction of glutathione by plant tissues.
Biochem. J. 49, 592.
Mapson, L. W . , Isherwood, F. A . and Chen, Y . T . (1954). Biological synthesis of
L-ascorbic acid: the conversion o f L-galactono-y-lactone into L-ascorbic acid
by plant mitochondria. Biochem. J. 56, 21.
Martin, G . R . (1961). Studies on the tissue distribution of ascorbic acid. Ann. N.T.
Acad. Sci. 92, 141.
Mawson, C. A . (1935). T h e influence of animal tissues on the oxidation of ascorbic
acid. Biochem. J. 29, 569.
Mazia, D . (1954). S H and growth. In "Glutathione" (S. Colowick, A . Lazarow, E.
Racker, D . R . Schwartz, E. Stadtman and H . Waelsch, eds.), p p . 209-223.
A c a d e m i c Press, N e w York.
M c C l e a n , D . and Hale, C. W . (1940). Mucinase and tissue permeability. Nature,
Lond. 145, 867.
M c C l e a n , D . and Hale, C . W . (1941). T h e hyaluronidase activity of testicular
extracts, bacterial culture filtrates and other agents that increase tissue permeability. Biochem. J. 35, 159.
McLoughlin, C. B. (1961). T h e importance of mesenchymal factors in the differentiation o f chick epidermis. I. T h e differentiation in culture o f the isolated epidermis o f the embryonic chick and its response to excess vitamin A . J. Embryol.
exp. Morph. 9, 370.
Medawar, P. B., Robinson, G. M . and Robinson, R . (1943). A synthetic differential
growth inhibitor. Nature, Lond. 151, 195.
Meiklejohn, A . P. (1953). T h e physiology and biochemistry of ascorbic acid. Vitam.
Horm. 5, 39.
Mollendorff, W . von (1944). Ueber eine Wirkung von Vitaminen auf Geschlechtshormonschadigungen in Gewebskulturen. (Ein Beitrag der experimentellen
Zellforschung z u m Geschwulstproblem). Wien klin. Wschr. 57, 105.
Moussa, T . A . and Branhway, M . (1958). O n a possible relation between vitamin C
and the Golgi dictyosomes o f insect (Schistocerca gregaria) neurones. J. roy.
micr. Soc. 78, 111.
H O N O R
B .
F E L L
A N D
L .
M .
R I N A L D I N I
Loewus, F. A . and Jang, R . (1958b). T h e conversion o f C
1 4
-labeled sugars to L -
ascorbic acid in ripening strawberries. I I I . Labeling patterns from berries
administered pentose-1-C
1 4
. J. biol. Chem. 232, 521.
Loewus, F. A . , Finkle, B. J. and Jang, R . (1958). L-Ascorbic acid: A possible intermediate in carbohydrate metabolism in plants. Biochim. biophys. Acta 30, 629.
Loewus, F. A . , Jang, R . and Seegmiller, G. G . (1956). T h e conversion o f C
1 4
-labeled
sugars to L-ascorbic acid in ripening strawberries. J. biol. Chem. 222, 649.
Loewus, F. A . , Jang, R . and Seegmiller, C . G . (1958). T h e conversion o f C
1 4
-
labeled sugars to L-ascorbic acid in ripening strawberries. I V . A comparative
study o f D-galacturonic acid and L-ascorbic acid formation. J. biol. Chem. 232, 533.
Lucy, J. A . , Dingle, J. T . and Fell, H . B. (1961). Studies on the m o d e o f action o f
excess of vitamin A . 2. A possible role of intracellular proteases in the degradation
of cartilage matrix. Biochem. J. 79, 500.
Lucy, J. A . , Luscombe, M . and Dingle, J. T . (1963). Studies on the m o d e o f action
of excess o f vitamin A . 8. Mitochondrial swelling. Biochem. J. 89, 419.
Mapson, L. W . (1954). Ascorbic acid. I V . Biochemical systems. In " T h e Vitamins"
( W . H . Sebrell and R . S. Harris, eds.), V o l . 1, p p . 221-242. A c a d e m i c Press,
N e w York.
Mapson, L. W . (1961). T h e role o f dehydro-L-ascorbic acid as respiratory carrier in
plants. Ann. NT. Acad. Sci. 92, 21.
Mapson, L. W . and Goddard, D . R . (1951). Reduction of glutathione by plant tissues.
Biochem. J. 49, 592.
Mapson, L. W . , Isherwood, F. A . and Chen, Y . T . (1954). Biological synthesis of
L-ascorbic acid: the conversion o f L-galactono-y-lactone into L-ascorbic acid
by plant mitochondria. Biochem. J. 56, 21.
Martin, G . R . (1961). Studies on the tissue distribution of ascorbic acid. Ann. N.T.
Acad. Sci. 92, 141.
Mawson, C. A . (1935). T h e influence of animal tissues on the oxidation of ascorbic
acid. Biochem. J. 29, 569.
Mazia, D . (1954). S H and growth. In "Glutathione" (S. Colowick, A . Lazarow, E.
Racker, D . R . Schwartz, E. Stadtman and H . Waelsch, eds.), p p . 209-223.
A c a d e m i c Press, N e w York.
M c C l e a n , D . and Hale, C. W . (1940). Mucinase and tissue permeability. Nature,
Lond. 145, 867.
M c C l e a n , D . and Hale, C . W . (1941). T h e hyaluronidase activity of testicular
extracts, bacterial culture filtrates and other agents that increase tissue permeability. Biochem. J. 35, 159.
McLoughlin, C. B. (1961). T h e importance of mesenchymal factors in the differentiation o f chick epidermis. I. T h e differentiation in culture o f the isolated epidermis o f the embryonic chick and its response to excess vitamin A . J. Embryol.
exp. Morph. 9, 370.
Medawar, P. B., Robinson, G. M . and Robinson, R . (1943). A synthetic differential
growth inhibitor. Nature, Lond. 151, 195.
Meiklejohn, A . P. (1953). T h e physiology and biochemistry of ascorbic acid. Vitam.
Horm. 5, 39.
Mollendorff, W . von (1944). Ueber eine Wirkung von Vitaminen auf Geschlechtshormonschadigungen in Gewebskulturen. (Ein Beitrag der experimentellen
Zellforschung z u m Geschwulstproblem). Wien klin. Wschr. 57, 105.
Moussa, T . A . and Branhway, M . (1958). O n a possible relation between vitamin C
and the Golgi dictyosomes o f insect (Schistocerca gregaria) neurones. J. roy.
micr. Soc. 78, 111.