2. M E T H O D S
89
Earle, W . R . , Bryant, J. C , Schilling, E. L. and Evans, V . J . (1956). Growth o f cell
suspensions in tissue culture. Ann. N.T. Acad. Sci. 63, 666.
Earle, W . R . , Schilling, E. L. and Bryant, J. C. (1954). Influence o f tube rotation
velocity on proliferation o f strain-L cells in surface substrate roller-tube cultures.
J. nat. Cancer Inst. 14, 853.
Earle, W . R . , Schilling, E. L., Bryant, J. C. and Evans, V . J . (1954). T h e growth o f
pure strain-L cells in fluid-suspension cultures. J. nat. Cancer Inst. 14, 1159.
Easty, G. C. and M u t o l o , V . (1960). T h e nature o f the intercellular material o f adult
mammalian tissues. Exp. Cell Res. 21, 374.
Ebeling, A . H . (1914). T h e effect o f the variation in the osmotic tension and o f the
dilution o f culture media on the cell proliferation o f connective tissue. J. exp.
Med. 17, 273.
Edds, M . V . Jr. (1958). Origin and structure o f intercellular matrix. In "Symposium
on the Chemical Basis o f Development" ( W . D . M c E l r o y and B. Glass, eds.),
p . 157. Johns Hopkins Press, Baltimore, Maryland.
Ehrmann, R . L. and Gey, G. O . (1956). T h e growth o f cells o n a transparent gel o f
reconstituted rat-tail collagen. J. nat. Cancer Inst. 16, 1375.
Erlanger, B. F., Kokowsky, N . and Cohen, W . (1961). T h e preparation and properties
of two new chromogenic substrates o f trypsin. Arch. Biochem. Biophys. 95,
271.
Evans, V . J., Bryant, J. C , Fioramonti, M . C , M c Q u i l k i n , W . T . , Sanford, K . K .
and Earle, W . R . (1956). Studies o f nutrient media for tissue cells in vitro. 1. A
protein-free chemically defined medium for cultivation o f strain-L cells. Cancer
Res. 16, 77.
Evans, V . J . and Earle, W . R . (1947). T h e use o f perforated cellophane for the growth
of cells in tissue cultures. J. nat. Cancer Inst. 8, 103.
Fawcett, D . W . (1958). Structural specializations o f the cell surface. In "Frontiers in
C y t o l o g y " (S. C. Paley, ed.), p . 19. Yale University Press, N e w Haven, Conn.
Fawcett, D . W . (1961). Intercellular bridges. Exp. Cell Res. Suppl. 8, 174.
Feldman, M . (1955). Dissociation and reaggregation o f embryonic cells o f Triturus
alpestris. J. Embryol. exp. Morph. 3, 251.
Fell, H . B. (1951). Techniques o f bone cultivation. In " M e t h o d s in M e d i c a l Research"
( M . B. Visscher, e d . ) , V o l . 4, p.234. Year Book Publishers, Chicago.
Fell, H . B. (1961). Experiments on the action o f vitamin A o n the ground substance o f
cartilage and bone in culture. In " L a Culture O r g a n o t y p i q u e " (Coll. int.
C . N . R . S . ) , Paris.
Fell, H . B. and Mellanby, E. (1952). T h e effect o f hypervitaminosis A on embryonic
limb-bones cultivated in vitro. J. Physiol. 116, 320.
Fell, H . B. and Robison, R . (1929). T h e growth, development and phosphatase
activity o f embryonic avian femora and limb-buds cultivated in vitro. Biochem. J.
23, 767.
Fischer, A . (1921). Growth o f fibroblasts and hydrogen-ion concentration o f the
medium. J. exp. Med. 34, 447.
Fischer, A . (1928). Charaktereigenschaften von Krebszellen in vitro. Klin. Wsch. 7, 6.
Fischer, A . (1930). " G e w e b e z u c h t u n g " , Miiller and Steinicke, M u n c h e n .
Fitton Jackson, S. and Smith, R . H . (1957). Studies on the biosynthesis o f collagen.
I. T h e growth o f fowl osteoblasts and the formation o f collagen in tissue culture.
J. biophys. biochem. Cytol. 3, 897.
Franks, L. M . (1959). A factor in normal human serum that inhibits epithelial growth
in organ cultures. Exp. Cell Res. 17, 579.
Frederic, J. and Corin-Frederic, J. (1962). Modifications des chromosomes et du
89
Earle, W . R . , Bryant, J. C , Schilling, E. L. and Evans, V . J . (1956). Growth o f cell
suspensions in tissue culture. Ann. N.T. Acad. Sci. 63, 666.
Earle, W . R . , Schilling, E. L. and Bryant, J. C. (1954). Influence o f tube rotation
velocity on proliferation o f strain-L cells in surface substrate roller-tube cultures.
J. nat. Cancer Inst. 14, 853.
Earle, W . R . , Schilling, E. L., Bryant, J. C. and Evans, V . J . (1954). T h e growth o f
pure strain-L cells in fluid-suspension cultures. J. nat. Cancer Inst. 14, 1159.
Easty, G. C. and M u t o l o , V . (1960). T h e nature o f the intercellular material o f adult
mammalian tissues. Exp. Cell Res. 21, 374.
Ebeling, A . H . (1914). T h e effect o f the variation in the osmotic tension and o f the
dilution o f culture media on the cell proliferation o f connective tissue. J. exp.
Med. 17, 273.
Edds, M . V . Jr. (1958). Origin and structure o f intercellular matrix. In "Symposium
on the Chemical Basis o f Development" ( W . D . M c E l r o y and B. Glass, eds.),
p . 157. Johns Hopkins Press, Baltimore, Maryland.
Ehrmann, R . L. and Gey, G. O . (1956). T h e growth o f cells o n a transparent gel o f
reconstituted rat-tail collagen. J. nat. Cancer Inst. 16, 1375.
Erlanger, B. F., Kokowsky, N . and Cohen, W . (1961). T h e preparation and properties
of two new chromogenic substrates o f trypsin. Arch. Biochem. Biophys. 95,
271.
Evans, V . J., Bryant, J. C , Fioramonti, M . C , M c Q u i l k i n , W . T . , Sanford, K . K .
and Earle, W . R . (1956). Studies o f nutrient media for tissue cells in vitro. 1. A
protein-free chemically defined medium for cultivation o f strain-L cells. Cancer
Res. 16, 77.
Evans, V . J . and Earle, W . R . (1947). T h e use o f perforated cellophane for the growth
of cells in tissue cultures. J. nat. Cancer Inst. 8, 103.
Fawcett, D . W . (1958). Structural specializations o f the cell surface. In "Frontiers in
C y t o l o g y " (S. C. Paley, ed.), p . 19. Yale University Press, N e w Haven, Conn.
Fawcett, D . W . (1961). Intercellular bridges. Exp. Cell Res. Suppl. 8, 174.
Feldman, M . (1955). Dissociation and reaggregation o f embryonic cells o f Triturus
alpestris. J. Embryol. exp. Morph. 3, 251.
Fell, H . B. (1951). Techniques o f bone cultivation. In " M e t h o d s in M e d i c a l Research"
( M . B. Visscher, e d . ) , V o l . 4, p.234. Year Book Publishers, Chicago.
Fell, H . B. (1961). Experiments on the action o f vitamin A o n the ground substance o f
cartilage and bone in culture. In " L a Culture O r g a n o t y p i q u e " (Coll. int.
C . N . R . S . ) , Paris.
Fell, H . B. and Mellanby, E. (1952). T h e effect o f hypervitaminosis A on embryonic
limb-bones cultivated in vitro. J. Physiol. 116, 320.
Fell, H . B. and Robison, R . (1929). T h e growth, development and phosphatase
activity o f embryonic avian femora and limb-buds cultivated in vitro. Biochem. J.
23, 767.
Fischer, A . (1921). Growth o f fibroblasts and hydrogen-ion concentration o f the
medium. J. exp. Med. 34, 447.
Fischer, A . (1928). Charaktereigenschaften von Krebszellen in vitro. Klin. Wsch. 7, 6.
Fischer, A . (1930). " G e w e b e z u c h t u n g " , Miiller and Steinicke, M u n c h e n .
Fitton Jackson, S. and Smith, R . H . (1957). Studies on the biosynthesis o f collagen.
I. T h e growth o f fowl osteoblasts and the formation o f collagen in tissue culture.
J. biophys. biochem. Cytol. 3, 897.
Franks, L. M . (1959). A factor in normal human serum that inhibits epithelial growth
in organ cultures. Exp. Cell Res. 17, 579.
Frederic, J. and Corin-Frederic, J. (1962). Modifications des chromosomes et du