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Results: 1-8 |
Results: 8
THE HUMAN BETA-GLOBIN LOCUS INTRODUCED BY YAC TRANSFER EXHIBITS A SPECIFIC AND REPRODUCIBLE PATTERN OF DEVELOPMENTAL REGULATION IN TRANSGENIC MICE
Authors: PORCU S KITAMURA M WITKOWSKA E ZHANG Z MUTERO A LIN C CHANG J GAENSLER KML
Citation: S. Porcu et al., THE HUMAN BETA-GLOBIN LOCUS INTRODUCED BY YAC TRANSFER EXHIBITS A SPECIFIC AND REPRODUCIBLE PATTERN OF DEVELOPMENTAL REGULATION IN TRANSGENIC MICE, Blood, 90(11), 1997, pp. 4602-4609
GLOBIN GENE SWITCHING IN BETA-GLOBIN YAC TRANSGENIC WITH A 12.5-KB DELETION OF THE REGION BETWEEN THE A-GAMMA AND DELTA GENES
Authors: ZHANG ZM LIN C WANG SY GAENSLER KML
Citation: Zm. Zhang et al., GLOBIN GENE SWITCHING IN BETA-GLOBIN YAC TRANSGENIC WITH A 12.5-KB DELETION OF THE REGION BETWEEN THE A-GAMMA AND DELTA GENES, Blood, 90(10), 1997, pp. 565-565
SILENCING OF HUMAN FETAL GLOBIN EXPRESSION IS IMPAIRED IN THE ABSENCEOF THE ADULT BETA-GLOBIN GENE ACTIVATOR PROTEIN EKLF
Authors: PERKINS AC GAENSLER KML ORKIN SH
Citation: Ac. Perkins et al., SILENCING OF HUMAN FETAL GLOBIN EXPRESSION IS IMPAIRED IN THE ABSENCEOF THE ADULT BETA-GLOBIN GENE ACTIVATOR PROTEIN EKLF, Proceedings of the National Academy of Sciences of the United Statesof America, 93(22), 1996, pp. 12267-12271
THE TRANSCRIPTION FACTOR, EKLF, IS REQUIRED FOR COMPLETION OF THE DEVELOPMENTAL SWITCH FROM HUMAN GAMMA-GLOBIN TO BETA-GLOBIN GENE-EXPRESSION
Authors: PERKINS AC GAENSLER KML ORKIN SH
Citation: Ac. Perkins et al., THE TRANSCRIPTION FACTOR, EKLF, IS REQUIRED FOR COMPLETION OF THE DEVELOPMENTAL SWITCH FROM HUMAN GAMMA-GLOBIN TO BETA-GLOBIN GENE-EXPRESSION, Blood, 86(10), 1995, pp. 977-977
BETA-GLOBIN YAC TRANSGENIC MICE AS MODELS FOR ANALYSIS OF HUMAN DEVELOPMENTAL GENE-REGULATION, BETA-THALASSEMIAS, AND HEMOGLOBINOPATHIES
Authors: GAENSLER KML PORCU S KITAMURA M LIN C KAN YW
Citation: Kml. Gaensler et al., BETA-GLOBIN YAC TRANSGENIC MICE AS MODELS FOR ANALYSIS OF HUMAN DEVELOPMENTAL GENE-REGULATION, BETA-THALASSEMIAS, AND HEMOGLOBINOPATHIES, Blood, 86(10), 1995, pp. 2332-2332
DEVELOPMENT OF A MODEL FOR IN-UTERO FETAL GENE-TRANSFER USING CATIONIC LIPOSOME DNA COMPLEXES
Authors: GAENSLER KML BRUCH S TU G LIGGITT D HEATH T METKUS A HARRISON M DEBS RJ
Citation: Kml. Gaensler et al., DEVELOPMENT OF A MODEL FOR IN-UTERO FETAL GENE-TRANSFER USING CATIONIC LIPOSOME DNA COMPLEXES, Blood, 86(10), 1995, pp. 3980-3980
GERM-LINE TRANSMISSION AND DEVELOPMENTAL REGULATION OF A 150-KB YEASTARTIFICIAL CHROMOSOME CONTAINING THE HUMAN BETA-GLOBIN LOCUS IN TRANSGENIC MICE
Authors: GAENSLER KML KITAMURA M KAN YW
Citation: Kml. Gaensler et al., GERM-LINE TRANSMISSION AND DEVELOPMENTAL REGULATION OF A 150-KB YEASTARTIFICIAL CHROMOSOME CONTAINING THE HUMAN BETA-GLOBIN LOCUS IN TRANSGENIC MICE, Proceedings of the National Academy of Sciences of the United Statesof America, 90(23), 1993, pp. 11381-11385
CHROMATIN STRUCTURE OF THE INTACT HUMAN BETA-GLOBIN LOCUS IN TRANSGENIC MICE FOLLOWING TRANSFER OF A YEAST ARTIFICIAL CHROMOSOME
Authors: EPNER E GROUDINE M GAENSLER KML
Citation: E. Epner et al., CHROMATIN STRUCTURE OF THE INTACT HUMAN BETA-GLOBIN LOCUS IN TRANSGENIC MICE FOLLOWING TRANSFER OF A YEAST ARTIFICIAL CHROMOSOME, Blood, 82(10), 1993, pp. 10000220-10000220
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