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A. Ames, A. Hastings (1956)
Studies on water and electrolytes in nervous tissue. I. Rabbit retina: methods and interpretation of data.Journal of neurophysiology, 19 3
P. Roofe (1958)
The Vertebrate Visual SystemNeurology, 8
(1970)
Immunoglobulin synthesis and secretion . II . Radioautographic studies of sites of addition of carbohydrate moieties and intracellular transport
(1967)
RNA in brain cells
C. Leblond (1965)
WHAT RADIOAUTOGRAPHY HAS ADDED TO PROTEIN LORE
(1967)
120 FIGURE 10 Graph showing relative concentration of the label (ratio of grain counts for a structure over the relative area occupied by the structure) (mean of two experiments)
T. Peters, C. Ashley (1967)
AN ARTEFACT IN RADIOAUTOGRAPHY DUE TO BINDING OF FREE AMINO ACIDS TO TISSUES BY FIXATIVESThe Journal of Cell Biology, 33
D. Cogan, T. Kuwabara (1959)
TETRAZOLIUM STUDIES ON THE RETINA: II. SUBSTRATE DEPENDENT PATTERNSJournal of Histochemistry and Cytochemistry, 7
W. Andrew (1957)
The vertebrate visual system
J. Castle, J. Jamieson, G. Palade (1972)
RADIOAUTOGRAPHIC ANALYSIS OF THE SECRETORY PROCESS IN THE PAROTID ACINAR CELL OF THE RABBITThe Journal of Cell Biology, 53
S. Hodson, J. Marshall (1967)
TYROSINE INCORPORATION INTO THE RABBIT RETINAThe Journal of Cell Biology, 35
C. Ashley, T. Peters (1969)
ELECTRON MICROSCOPIC RADIOAUTOGRAPHIC DETECTION OF SITES OF PROTEIN SYNTHESIS AND MIGRATION IN LIVERThe Journal of Cell Biology, 43
(1970)
Ultrastructural distribution of glycogen synthesis in the rabbit retina Miiller cell
M. Magalhães, A. Coimbra (1972)
The rabbit retina Müller cell. A fine structural and cytochemical study.Journal of ultrastructure research, 39 3
M. Magalhães, A. Coimbra (1970)
ELECTRON MICROSCOPE RADIOAUTOGRAPHIC STUDY OF GLYCOGEN SYNTHESIS IN THE RABBIT RETINAThe Journal of Cell Biology, 47
P. Whur, A. Herscovics, C. Leblond (1969)
RADIOAUTOGRAPHIC VISUALIZATION OF THE INCORPORATION OF GALACTOSE-3H AND MANNOSE-3H BY RAT THYROIDS IN VITRO IN RELATION TO THE STAGES OF THYROGLOBULIN SYNTHESISThe Journal of Cell Biology, 43
B. Kopriwa (1967)
THE INFLUENCE OF DEVELOPMENT ON THE NUMBER AND APPEARANCE OF SILVER GRAINS IN ELECTRON MICROSCOPIC RADIOAUTOGRAPHYJournal of Histochemistry and Cytochemistry, 15
P. Packman, C. Blomstrand, A. Hamberger (1971)
DISC ELECTROPHORETIC SEPARATION OF PROTEINS IN NEURONAL, GLIAL AND SUBCELLULAR FRACTIONS FROM CEREBRAL CORTEXJournal of Neurochemistry, 18
COIMBRA Protein Synthesis in Rabbit Retina Muller Cells 97
T. Kuwabara, D. Cogan (1960)
TETRAZOLIUM STUDIES OF THE RETINA: III. ACTIVITY OF METABOLIC INTERMEDIATES AND MISCELLANEOUS SUBSTRATESJournal of Histochemistry and Cytochemistry, 8
Rabbit retinas were incubated in medium containing 500 µCi of 3 Hleucine for 3 min, and transferred to medium without isotope for another 7, 17, 37, 57, and 117 min. Retinal pieces were fixed in paraformaldehyde and osmium tetroxide and embedded in Epon. Thin sections were autoradiographed with Ilford L4 emulsion, and a quantitative study of silver grain distribution per Müller cell portion, and per Müller cell organelle, was carried out. Grain density per unit area was high over the middle cell portion at each incubation interval. Silver grains were numerous over background cytoplasm (which comprised free ribosomes) but their percentage was constant at all times and their relative concentration low. Silver grains were numerous and highly concentrated, at pulse incubation, over the rough endoplasmic reticulum (RER) and then decreased sharply, but this decline coincided with an increase over the Golgi complex, peaking at 20 min. Another peak appeared over the cell periphery at 60 min. These findings suggest the simultaneous synthesis of two types of proteins in Müller cells; structural proteins in background cytoplasm and proteins of secretory type in the RER. Footnotes Submitted: 7 August 1972 Revision received 31 October 1972
The Journal of Cell Biology – Rockefeller University Press
Published: Apr 1, 1973
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