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V.M. Barabanov (1977)
Visualizaton of ??-Crystallins in the Adenohypophysis of Chick EmbryosDokl. Akad. Nauk SSSR, 234
M. Pognetto, P. Panzanelli, C. Artero, A. Fasolo, D. Cantino (1992)
Comparative study of glial fibrillary acidic protein (GFAP)-like immunoreactivity in the retina of some representative vertebrates.European journal of histochemistry : EJH, 36 4
J. Piatigorsky, M. Kantorow, R. Gopal‐srivastava, S. Tomarev (1994)
Recruitment of enzymes and stress proteins as lens crystallins.EXS, 71
V. Simirskii, K. Aleinikova, A. Mikhailov (1990)
[A 35-kDa polypeptide of the crystalline lens in the common frog: its biochemical properties, tissue specificity and appearance in the developmental process].Ontogenez, 21 5
V. Simirskii, K. Aleinikova (2002)
The 23 kDa Polypeptide from Common Frog Lens: Isolation, Properties, and Cellular LocalizationRussian Journal of Developmental Biology, 33
K. Magabo, J. Horwitz, J. Piatigorsky, M. Kantorow (2000)
Expression of βB2-Crystallin mRNA and Protein in Retina, Brain, and TestisInvestigative Ophthalmology & Visual Science, 41
V.N. Simirskii, K.S. Aleinikova (2002)
23 kDa-Polypeptide of Eye Lens in the Common Frog: Isolation, Properties, and Cell LocalizationOntogenez, 33
G. Wistow, J. Piatigorsky (1988)
Lens crystallins: the evolution and expression of proteins for a highly specialized tissue.Annual review of biochemistry, 57
A.S. Mikaelyan, I. Znoiko, R.D. Zinov'eva (1999)
Crystallins: Protein Recruitment for Fulfilling New FunctionsOntogenez, 30
A. Maeda, H. Ohguro, T. Maeda, T. Nakagawa, Y. Kuroki (1999)
Low expression of alphaA-crystallins and rhodopsin kinase of photoreceptors in retinal dystrophy rat.Investigative ophthalmology & visual science, 40 12
(1991)
Metody immunokhimicheskogo analiza v biologii razvitiya (Methods of Immunochemical Analysis in Developmental Biology)
Barabanov Vm (1977)
[Detection of delta-crystallins in the adenohypophysis of chick embryos].Proceedings of the USSR Academy of Sciences, 234
G. Tuccari, G. Giuffrè, C. Trombetta, G. Barresi (1993)
A comparative study of glial fibrillary acidic protein (GFAP)-like immunoreactivity in the retinas of some representative vertebrates.European journal of histochemistry : EJH, 37 3
E. Méhes, A. Czirók, B. Hegedüs, T. Vicsek, V. Jancsik (2002)
Laminin-1 increases motility, path-searching, and process dynamism of rat and mouse Muller glial cells in vitro: implication of relationship between cell behavior and formation of retinal morphology.Cell motility and the cytoskeleton, 53 3
A. Moscona, L. Degenstein (1982)
Formation of lentoids from neural retina cells: glial origin of the transformed cells.Advances in experimental medicine and biology, 158
D. Deretic, R.H. Aebersold, H.D. Morrison, D.S. Papermaster (1994)
??A-and???B-Crystallins in the Retina. Association with the Post-Golgi Compartment of Frog Retinal PhotoreceptorsJ. Biol. Chem., 269
S.E. Jones, C. Jomary, J. Grist (1999)
Retinal Expression of ?-Crystallins in the MouseInvest. Ophthalmol. Vis. Sci., 40
S. Jones, C. Jomary, J. Grist, J. Makwana, M. Neal (1999)
Retinal expression of gamma-crystallins in the mouse.Investigative ophthalmology & visual science, 40 12
A.T. Mikhailov, V.N. Simirskii, Z. Takenov (1988)
Crystallins in Differentiation and Regeneration of Amphibian Eye LensOntogenez, 19
Mikaélian As, Znoĭko IIu, Zinov'eva Rd (1999)
[Crystallins: recruiting proteins to perform new functions].Russian Journal of Developmental Biology, 30
M. Araki, M. Yanagida, T. Okada (1979)
Crystallin synthesis in lens differentiation in cultures of neural retinal cells of chick embryos.Developmental biology, 69 1
Xiaoli Guo, S. Sugita (2002)
Quantitative analysis of the organization of the inner nuclear layer of the horse retina.The Journal of veterinary medical science, 64 9
Jing-Wei Zhao, Jiu-Lin Du, Ji-shuo Li, Xiong-Li Yang (2000)
Expression of GABA transporters on bullfrog retinal Müller cellsGlia, 31
Simirskiĭ Vn, Aleĭnikova Ks, Erokhov Pa, Mikhaĭlov At (1989)
[35-kD polypeptides from the frog Rana temporaria: predominant localization in the lens and retina].Proceedings of the USSR Academy of Sciences, 309
V.N. Simirskii, K.S. Aleinikova, P.A. Erokhov, A.T. Mikhailov (1989)
35 kDa-Polypeptide of Eye Lens in the Common Frog: Predominant Localization in the Lens and RetinaDokl. Akad. Nauk SSSR, 309
Stephen Jones, C. Jomary, J. Grist, Michael Thomas, M. Neal (1998)
Expression of αB‐crystallin in a mouse model of inherited retinal degenerationNeuroReport, 9
K. Kozlov (2001)
Vertebrate Crystallins--from Proteins to GenesRussian Journal of Developmental Biology, 32
V. Mitashov, J. Arsanto, Y. Thouveny (2000)
[Expression of glial, neurospecific, and extracellular antigens during retinal regeneration in adult newts].Izvestiia Akademii nauk. Seriia biologicheskaia, 3
D. Hook, J. Harding (1998)
Protection of enzymes by α-crystallin acting as a molecular chaperoneInternational Journal of Biological Macromolecules, 22
Simirskiĭ Vn, Aleĭnikova Ks, Mikhaĭlov At (1990)
[A 35-kDa polypeptide of the crystalline lens in the common frog: its biochemical properties, tissue specificity and appearance in the developmental process].Russian Journal of Developmental Biology, 21
K. Rio-Tsonis, P. Tsonis (2003)
Eye regeneration at the molecular ageDevelopmental Dynamics, 226
Keyang Wang, M. Gawinowicz, A. Spector (2000)
The Effect of Stress on the Pattern of Phosphorylation of αA and αB Crystallin in the Rat LensExperimental Eye Research, 71
D. Deretic, R. Aebersold, H. Morrison, D. Papermaster (1994)
Alpha A- and alpha B-crystallin in the retina. Association with the post-Golgi compartment of frog retinal photoreceptors.The Journal of biological chemistry, 269 24
Mikhaĭlov At, Simirskiĭ Vn, T. ZhA (1988)
Crystallins in the differentiation and regeneration processes of the crystalline lens in amphibiaRussian Journal of Developmental Biology, 19
V.N. Simirskii, K.S. Aleinikova, A.T. Mikhailov (1990)
35 kDa-Polypeptide of Eye Lens in the Common Frog: Biochemical Properties, Tissue Specificity, and Appearance during DevelopmentOntogenez, 21
R. Clayton, J.-C. Jeanny, D. Bower, L. Errington (1986)
The presence of extralenticular crystallins and its relationship with transdifferentiation to lens.Current topics in developmental biology, 20
R. Gábriel, M. Wilhelm, C. Straznicky (1993)
Morphology and distribution of Müller cells in the retina of the toad Bufo marinusCell and Tissue Research, 272
A. Mikhailov, V. Simirskii, K. Aleinikova, N. Gorgolyuk (1997)
Developmental patterns of crystallin expression during lens fiber differentiation in amphibians.The International journal of developmental biology, 41 6
E. Ganea (2001)
Chaperone-like activity of alpha-crystallin and other small heat shock proteins.Current protein & peptide science, 2 3
K. Magabo, J. Horwitz, J. Piatigorsky, M. Kantorow (2000)
Expression of betaB(2)-crystallin mRNA and protein in retina, brain, and testis.Investigative ophthalmology & visual science, 41 10
K.A. Kozlov (2001)
Crystallins of Vertebrates: From Proteins to GenesOntogenez, 32
V. Mitashov, S. Koussulakos (2001)
[Molecular mechanisms of development and differentiation of eye structures in Drosophila and vertebrates].Ontogenez, 32 1
V. Barabanov (1977)
[Detection of delta-crystallins in the adenohypophysis of chick embryos].Doklady Akademii nauk SSSR, 234 1
A. Bringmann, S. Skatchkov, T. Pannicke, B. Biedermann, H. Wolburg, R. Orkand, A. Reichenbach (2000)
Müller glial cells in anuran retinaMicroscopy Research and Technique, 50
Cell localization of 23 kDa- and 35 kDa-crystallins in the retina of adult common frogs Rana temporaria L. was studied using indirect immunofluorescence. Intense specific fluorescence of both crystallins was observed all over the retina, in both periphery and central area. It was localized in elongated radially oriented cells, whose bodies were located in the inner nuclear layer. These cells gave many fluorescing processes in the same layer and main processes in the outer nuclear and ganglion layers, one in each. The processes formed a strong network of fibers around the photoreceptor and ganglion cells. Intense fluorescence was also observed in the layer of nerve fibers and adjoining inner limiting membrane. The distribution and morphology of crystalline-containing cells mostly coincides with what is known for the Muller cells of vertebrate eye. The identity of the cells we described and Muller cells was also confirmed using the antiserum to glial fibrillary acidic protein.
Russian Journal of Developmental Biology – Springer Journals
Published: Oct 7, 2004
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