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Results: 1-10 |
Results: 10
UVA EXPOSURE OF HUMAN SKIN RECONSTRUCTED IN-VITRO INDUCES APOPTOSIS OF DERMAL FIBROBLASTS - SUBSEQUENT CONNECTIVE-TISSUE REPAIR AND IMPLICATIONS IN PHOTOAGING
Authors: BERNERD F ASSELINEAU D
Citation: F. Bernerd et D. Asselineau, UVA EXPOSURE OF HUMAN SKIN RECONSTRUCTED IN-VITRO INDUCES APOPTOSIS OF DERMAL FIBROBLASTS - SUBSEQUENT CONNECTIVE-TISSUE REPAIR AND IMPLICATIONS IN PHOTOAGING, Cell death and differentiation, 5(9), 1998, pp. 792-802
DIFFERENTIAL REGULATION OF KERATIN GENE-EXPRESSION AFTER UVB OF UVA IRRADIATION
Authors: BERNERD F DELBINO S ASSELINEAU D
Citation: F. Bernerd et al., DIFFERENTIAL REGULATION OF KERATIN GENE-EXPRESSION AFTER UVB OF UVA IRRADIATION, Journal of investigative dermatology, 110(4), 1998, pp. 610-610
DIRECT EFFECTS OF UVA ON THE DERMAL COMPARTMENT OF THE SKIN RECONSTRUCTED IN-VITRO - LINK TO PHOTOAGING
Authors: BERNERD F ASSELINEAU D
Citation: F. Bernerd et D. Asselineau, DIRECT EFFECTS OF UVA ON THE DERMAL COMPARTMENT OF THE SKIN RECONSTRUCTED IN-VITRO - LINK TO PHOTOAGING, Journal of investigative dermatology, 108(4), 1997, pp. 764-764
SUCCESSIVE ALTERATION AND RECOVERY OF EPIDERMAL DIFFERENTIATION AND MORPHOGENESIS AFTER SPECIFIC UVB-DAMAGES IN SKIN RECONSTRUCTED IN-VITRO
Authors: BERNERD F ASSELINEAU D
Citation: F. Bernerd et D. Asselineau, SUCCESSIVE ALTERATION AND RECOVERY OF EPIDERMAL DIFFERENTIATION AND MORPHOGENESIS AFTER SPECIFIC UVB-DAMAGES IN SKIN RECONSTRUCTED IN-VITRO, Developmental biology, 183(2), 1997, pp. 123-138
DERMAL CYSTS OF THE RHINO MOUSE DEVELOP INTO UNOPENED SEBACEOUS GLANDS
Authors: BERNERD F SCHWEIZER J DEMARCHEZ R
Citation: F. Bernerd et al., DERMAL CYSTS OF THE RHINO MOUSE DEVELOP INTO UNOPENED SEBACEOUS GLANDS, Archives of dermatological research, 288(10), 1996, pp. 586-595
EARLY AND DELAYED-EFFECT OF UVB EXPOSURE ON THE EPIDERMIS OF RECONSTRUCTED SKIN IN-VITRO
Authors: BERNERD F ASSELINEAU D
Citation: F. Bernerd et D. Asselineau, EARLY AND DELAYED-EFFECT OF UVB EXPOSURE ON THE EPIDERMIS OF RECONSTRUCTED SKIN IN-VITRO, Journal of investigative dermatology, 106(4), 1996, pp. 366-366
GALECTIN-7, A HUMAN 14-KDA S-LECTIN, SPECIFICALLY EXPRESSED IN KERATINOCYTES AND SENSITIVE TO RETINOIC ACID
Authors: MAGNALDO T BERNERD F DARMON M
Citation: T. Magnaldo et al., GALECTIN-7, A HUMAN 14-KDA S-LECTIN, SPECIFICALLY EXPRESSED IN KERATINOCYTES AND SENSITIVE TO RETINOIC ACID, Developmental biology, 168(2), 1995, pp. 259-271
FB1, A MONOCLONAL-ANTIBODY REACTING WITH A KERATIN-14 EPITOPE, STAINSONLY A SMALL SUBSET OF PSORIATIC BASAL KERATINOCYTES
Authors: PARENT D GOLDSTEIN J MAIRESSE N BERNERD F FAVERLY D ROBBEN H RAMAEKERS F HEENEN M
Citation: D. Parent et al., FB1, A MONOCLONAL-ANTIBODY REACTING WITH A KERATIN-14 EPITOPE, STAINSONLY A SMALL SUBSET OF PSORIATIC BASAL KERATINOCYTES, Cell proliferation, 27(3), 1994, pp. 165-176
TRANSCRIPTIONAL REGULATORS OF EXPRESSION OF K-NUMBER-16, THE DISEASE-ASSOCIATED KERATIN
Authors: MAGNALDO T BERNERD F FREEDBERG IM OHTSUKI M BLUMENBERG M
Citation: T. Magnaldo et al., TRANSCRIPTIONAL REGULATORS OF EXPRESSION OF K-NUMBER-16, THE DISEASE-ASSOCIATED KERATIN, DNA and cell biology, 12(10), 1993, pp. 911-923
EPIDERMAL GROWTH-FACTOR AND TRANSFORMING GROWTH-FACTOR-ALPHA SPECIFICALLY INDUCE THE ACTIVATION-ASSOCIATED AND HYPERPROLIFERATION-ASSOCIATED KERATIN-6 AND KERATIN-16
Authors: JIANG CK MAGNALDO T OHTSUKI M FREEDBERG IM BERNERD F BLUMENBERG M
Citation: Ck. Jiang et al., EPIDERMAL GROWTH-FACTOR AND TRANSFORMING GROWTH-FACTOR-ALPHA SPECIFICALLY INDUCE THE ACTIVATION-ASSOCIATED AND HYPERPROLIFERATION-ASSOCIATED KERATIN-6 AND KERATIN-16, Proceedings of the National Academy of Sciences of the United Statesof America, 90(14), 1993, pp. 6786-6790
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