Citation: S. Ciatti et al., ENCEPHALOCRANIOCUTANEOUS LIPOMATOSIS - A RARE NEUROCUTANEOUS SYNDROME, Journal of the American Academy of Dermatology, 38(1), 1998, pp. 102-104
Authors:
DELMONACO M
COVELLO SP
KENNEDY SH
GILINGER G
LITWACK G
UITTO J
Citation: M. Delmonaco et al., IDENTIFICATION OF NOVEL GLUCOCORTICOID-RESPONSE ELEMENTS IN HUMAN ELASTIN PROMOTER AND DEMONSTRATION OF NUCLEOTIDE-SEQUENCE SPECIFICITY OF THE RECEPTOR-BINDING, Journal of investigative dermatology, 108(6), 1997, pp. 938-942
Authors:
DELMONACO M
COVELLO S
GILINGER G
WU M
LITWACK G
UITTO J
Citation: M. Delmonaco et al., IDENTIFICATION OF NOVEL GLUCOCORTICOID RESPONSE ELEMENTS (GRES) IN HUMAN ELASTIN PROMOTER - NUCLEOTIDE-SEQUENCE SPECIFICITY OF THE RECEPTOR-BINDING, Journal of investigative dermatology, 106(4), 1996, pp. 203-203
Authors:
BERNSTEIN EF
BROWN DB
URBACH F
FORBES D
DELMONACO M
WU M
KATCHMAN SD
UITTO J
Citation: Ef. Bernstein et al., ULTRAVIOLET-RADIATION ACTIVATES THE HUMAN ELASTIN PROMOTER IN TRANSGENIC MICE - A NOVEL IN-VIVO AND IN-VITRO MODEL OF CUTANEOUS PHOTOAGING, Journal of investigative dermatology, 105(2), 1995, pp. 269-273
Authors:
DELMONACO M
WU M
KATCHMAN S
TAN EML
UITTO J
Citation: M. Delmonaco et al., BASIC FIBROBLAST GROWTH-FACTOR REGULATES HUMAN ELASTIN PROMOTER ACTIVITY IN TRANSGENIC MICE, Journal of investigative dermatology, 104(4), 1995, pp. 580-580
Authors:
BROWN DB
BERNSTEIN EF
DELMONACO M
KATCHMAN S
WU M
URBACH F
FORBES D
UITTO J
Citation: Db. Brown et al., ULTRAVIOLET-IRRADIATION ACTIVATES THE HUMAN ELASTIN PROMOTER IN TRANSGENIC MICE - AN IN-VIVO AND IN-VITRO MODEL OF CUTANEOUS PHOTOAGING, Journal of investigative dermatology, 104(4), 1995, pp. 599-599
Authors:
KATCHMAN SD
DELMONACO M
WU M
BROWN D
HSUWONG S
UITTO J
Citation: Sd. Katchman et al., TOPICAL GLUCOCORTICOSTEROIDS - ASSAY OF BIOLOGICAL STRENGTHS IN A NOVEL TRANSGENIC MOUSE MODEL, Journal of investigative dermatology, 104(4), 1995, pp. 690-690
Authors:
KATCHMAN SD
DELMONACO M
WU M
BROWN D
HSUWONG S
UITTO J
Citation: Sd. Katchman et al., TRANSGENIC MOUSE MODEL PROVIDES A NOVEL BIOLOGICAL ASSAY OF TOPICAL GLUCOCORTICOSTEROID POTENCY, Archives of dermatology, 131(11), 1995, pp. 1274-1278