Your browser doesn't support javascript.
loading
Show: 20 | 50 | 100
Results 1 - 5 de 5
Filter
Add more filters









Database
Language
Publication year range
1.
Gene expression of transformed lens cells.
Lenstra, J A; Hukkelhoven, M W; Groeneveld, A A; Smits, R A; Weterings, P J; Bloemendal, H.
Exp Eye Res ; 35(6): 549-54, 1982 Dec.
Article in English | MEDLINE | ID: mdl-7151889

Subject(s)
Cell Transformation, Neoplastic/metabolism , Crystallins/metabolism , Gene Expression Regulation , Lens, Crystalline/cytology , Animals , Cattle , Cell Transformation, Viral , Cells, Cultured , Cricetinae , Electrophoresis, Polyacrylamide Gel , Lens, Crystalline/metabolism , Mice
2.
SV40-transformed hamster lens epithelial cells: a novel system for the isolation of cytoskeletal messenger RNAs and their translation products.
Bloemendal, H; Lenstra, J A; Dodemont, H; Ramaekers, F C; Groeneveld, A A; Dunia, I; Benedetti, E L.
Exp Eye Res ; 31(5): 513-25, 1980 Nov.
Article in English | MEDLINE | ID: mdl-6256194

Subject(s)
Cell Transformation, Viral , Lens, Crystalline/analysis , RNA, Messenger/isolation & purification , Actins/analysis , Animals , Cricetinae , Crystallins/analysis , Culture Techniques , Epithelium/analysis , Epithelium/ultrastructure , Fluorescent Antibody Technique , Lens, Crystalline/ultrastructure , Mesocricetus , Microscopy, Electron , Simian virus 40
3.
Dedifferentiation of lens epithelial cells in tissue culture.
Vermorken, A J; Groeneveld, A A; Hilderink, J M; DeWaal, R; Bloemendal, H.
Mol Biol Rep ; 3(5): 371-8, 1977 Sep.
Article in English | MEDLINE | ID: mdl-144232

ABSTRACT

Lens epithelial cells can be kept in their original differentiated state or brought to dedifferentiation depending on the culture conditions. The different stages of differentiation can be identified using specific markers, namely the activity of steroid metabolizing enzymes, and the synthesis of specific structural lens polypeptides. For this reason lens epithelial cells in tissue culture provide a unique system for the study of the regulation of RNA and protein biosynthesis.


Subject(s)
Epithelial Cells , Lens, Crystalline/metabolism , Animals , Cattle , Cell Differentiation/drug effects , Crystallins/biosynthesis , Dactinomycin/pharmacology , Dehydroepiandrosterone/metabolism , Molecular Weight , Reticulocytes/metabolism
4.
Cultured calf lens epithelium. I. Methods of cultivation and characteristics of the cultures.
van Venrooij, W J; Groeneveld, A A; Bloemendal, H; Benedetti, E L.
Exp Eye Res ; 18(6): 517-26, 1974 Jun.
Article in English | MEDLINE | ID: mdl-4851224

Subject(s)
Cells, Cultured , Lens, Crystalline/cytology , Lens, Crystalline/growth & development , Aging , Animals , Cattle , Crystallins/biosynthesis , Endoplasmic Reticulum , Epithelial Cells , Immunoelectrophoresis , In Vitro Techniques , Isoenzymes , L-Lactate Dehydrogenase/analysis , Lens, Crystalline/enzymology , Lens, Crystalline/metabolism , Methods , Microscopy, Electron
5.
Cultured calf lens epithelium. II. The effect of dexamathasone.
van Venrooij, W J; Groeneveld, A A; Bloemendal, H; Benedetti, E L.
Exp Eye Res ; 18(6): 527-36, 1974 Jun.
Article in English | MEDLINE | ID: mdl-4851225

Subject(s)
Cells, Cultured/drug effects , Dexamethasone/pharmacology , Lens, Crystalline/growth & development , Aging , Animals , Cattle , Cell Differentiation , Colchicine/pharmacology , Crystallins/biosynthesis , Cycloheximide/pharmacology , DNA/biosynthesis , Endoplasmic Reticulum , Epithelial Cells , Epithelium/growth & development , Lens, Crystalline/drug effects , Lens, Crystalline/metabolism , Microscopy, Electron , Microtubules , RNA/biosynthesis , Time Factors
SEND TO:
Email
Export
Print
RSS
XML
SELECTION OF CITATIONS
SEARCH DETAIL