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Guarneri, Rosetta and Ponte, Francesco and Piccoli, Federico and Bonavita, Vincenzo:
Analisi dello spazio inulinico nella retina
Atti della Accademia Nazionale dei Lincei. Classe di Scienze Fisiche, Matematiche e Naturali. Rendiconti Serie 8 55 (1973), fasc. n.1-2, p. 132-135, (Italian)
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Sunto

The study of fluid distribution of intra- and extra-cellular compartments in the retina has been carried out in vitro, under two different metabolic conditions. When oxygen and glucose were omitted in the incubation medium, a slight swelling of the retina could be measured after a long period of incubation. In the presence of glucose and oxygen no swelling occurs in the retina, even after a prolonged incubation. Under both metabolic conditions, intra- and extra-cellular compartments underwent significant changes. The increasing of inulin space (extra-cellular space) during incubation seems to be parallel to that described for brain slices.
Referenze Bibliografiche
[1] S. B. TOWER e R. S. BOURKE, «J. Neurochem.», 13, 119 (1966), cit. in F. PICCOLI, A. GRYNBAUM e A. LAJTHA, Developmental Changes in Na+, K+, ATP, and in the Levels and Transport of Amino Acids in Incubated Slices of Rat Brain, «J. Neurochem.», 18, 1135 (1971).
[2] A. LAJTHA, «Brain Edema», ed. I. Klatzo e F. Seitelberg, p. 367, Springer-Verlag. New York (1967).
[3] G. LEVI e M. G. LATTES, Changes with Age in Water and Extracellular space in Incubated Brain Tissue, «J. Neurochen.», 17, 587 (1970).
[4] F. PICCOLI, A. GRYNBAUM e A. LAJTHA, Developmental Changes in Na+, K+, ATP, and in the Levels and Transport of Amino Acids in Incubated Slices of Rat Brain, «J. Neurochem.», 18, 1135 (1971).
[5] H. S. BACHELARD, W. L. CAMPBELL e H. McILWAIN, «J. Biochem.», 84, 225 (1962), cit. in S. R. COHEN, R. BLASBERG, G. LEVI e A. LAJTHA, Compartmentation of the Inulin Space in Mouse Brain Slices, «J. Neurochem.», 15, 707 (1968).
[6] J. C. KEESSEY, H. WALLGREN e H. McILWAIN, «J. Biochem.», 95, 289 (1965), cit. in S. R. COHEN, R. BLASBERG, G. LEVI e A. LAJTHA, Compartmentation of the Inulin Space in Mouse Brain Slices, «J. Neurochem.», 15, 707 (1968).
[7] H. M. PAPPIUS, The Nervous Tissue Spaces, «Progr. Brain Res.», 29, 201 (1968).
[8] S. R. COHEN, R. BLASBERG, G. LEVI e A. LAJTHA, Compartmentation of the Inulin Space in Mouse Brain Slices, «J. Neurochem.», 15, 707 (1968).
[9] S. R. COHEN, P. F. STAMPHELMAN e A. LAJTHA, The Temperature Dependent Compartmentation of the Extracellular Space in Mouse Brain Slices as Revealed by the Markers: Inulin, Sucrose, D-mannitol, D-sorbitol and Sulfate, «Brain Res.», 21, 419 (1970).
[10] S. R. KOREY,e R. MITCHELL, «Biochim. Biophys. Acta», 7, 507 (1951), cit. in F. PICCOLI, A. GRYNBAUM e A. LAJTHA, Developmental Changes in Na+, K+, ATP, and the Levels and Transport of Amino Acids in Incubated Slices of Rat Brain, «J. Neurochem.», 18, 1135 (1971).
[11] H. M. PAPPIUS e K. A. C. ELLIOTT, «Canad. J. Biochem. Physiol.», 34, 1007 (1956), cit. in H. M. PAPPIUS, The Nervous Tissue Spaces, «Progr. Brain Res.», 29, 201 (1968).
[12] H. M. PAPPIUS, M. ROSENFELD, D. M. JOHNSON e K. G. A. ELLIOTT, «Canad. J. Biochem. Physiol.», 36, 217 (1958), cit. in KEESEY J. C., WALLGREN H. e McILWAIN H., The Sodium, Potassium and Chloride of Cerebral Tissues: Maintenance, Change on Stimulation and Subsequent Recovery, «Biochem. J.», 95, 289 (1965).
[13] R. GUARNERI, F. PICCOLI, F. PONTE e V. BONAVITA, Alcuni aspetti del trasporto di aminoacidi nella retina (in corso di stampa).
[14] L. H. COHEN e W. K. NOELL, Relationships between Visual Function and Metabolism. In «Biochemistry of the Retina», ed. C. N. W. Graymore, p. 36, Acad. Press (1965).
[15] V. BONAVITA, F. PONTE e G. AMORE, Neurochemical Studies on the Inherited Retinal Degeneration of the Rat. I, «Vision Res.», 3, 271 (1963).
[16] R. BLASBERG e A. LAJTHA, Substrate Specificity of Steady-state Amino Acid Transport in Mouse Brain Slices, «Arch. Biochem. Biophys.», 112, 361 (1965).
[17] V. BONAVITA, R. GUARNERI e F. PONTE, Neurochemical Studies on the Inherited Retinal Degeneration of the Rat. II, «Vision Res.», 5, 113 (1965).

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