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Results: 4
AN HF-1A HF-1B/MEF-2 COMBINATORIAL ELEMENT CONFERS CARDIAC VENTRICULAR SPECIFICITY AND ESTABLISHES AN ANTERIOR-POSTERIOR GRADIENT OF EXPRESSION/
Authors: ROSS RS NAVANKASATTUSAS S HARVEY RP CHIEN KR
Citation: Rs. Ross et al., AN HF-1A HF-1B/MEF-2 COMBINATORIAL ELEMENT CONFERS CARDIAC VENTRICULAR SPECIFICITY AND ESTABLISHES AN ANTERIOR-POSTERIOR GRADIENT OF EXPRESSION/, Development, 122(6), 1996, pp. 1799-1809
A 28 BASE-PAIR HF1 ELEMENT CONTAINING ADJACENT HF1A AND MEF2 SITES CAN CONFER VENTRICULAR-SPECIFICATION AND AN ANTERIOR-POSTERIOR (RIGHT VERSUS LEFT) GRADIENT OF EXPRESSION DURING MURINE CARDIOGENESIS
Authors: ROSS RS NAVANKASATTUSAS S CHIEN KR
Citation: Rs. Ross et al., A 28 BASE-PAIR HF1 ELEMENT CONTAINING ADJACENT HF1A AND MEF2 SITES CAN CONFER VENTRICULAR-SPECIFICATION AND AN ANTERIOR-POSTERIOR (RIGHT VERSUS LEFT) GRADIENT OF EXPRESSION DURING MURINE CARDIOGENESIS, Circulation, 92(8), 1995, pp. 1757-1757
THE BASIC HELIX-LOOP-HELIX PROTEIN UPSTREAM STIMULATING FACTOR REGULATES THE CARDIAC VENTRICULAR MYOSIN LIGHT-CHAIN 2-GENE VIA INDEPENDENT CIS REGULATORY ELEMENTS
Authors: NAVANKASATTUSAS S SAWADOGO M VANBILSEN M DANG CV CHIEN KR
Citation: S. Navankasattusas et al., THE BASIC HELIX-LOOP-HELIX PROTEIN UPSTREAM STIMULATING FACTOR REGULATES THE CARDIAC VENTRICULAR MYOSIN LIGHT-CHAIN 2-GENE VIA INDEPENDENT CIS REGULATORY ELEMENTS, Molecular and cellular biology, 14(11), 1994, pp. 7331-7339
CONSTRUCTION OF SHUTTLE PLASMIDS WHICH CAN BE EFFICIENTLY MOBILIZED FROM ESCHERICHIA-COLI INTO THE CHROMATICALLY ADAPTING CYANOBACTERIUM, FREMYELLA-DIPLOSIPHON
Authors: COBLEY JG ZERWECK E REYES R MODY A SELUDOUNSON JR JAEGER H WEERASURIYA S NAVANKASATTUSAS S
Citation: Jg. Cobley et al., CONSTRUCTION OF SHUTTLE PLASMIDS WHICH CAN BE EFFICIENTLY MOBILIZED FROM ESCHERICHIA-COLI INTO THE CHROMATICALLY ADAPTING CYANOBACTERIUM, FREMYELLA-DIPLOSIPHON, Plasmid, 30(2), 1993, pp. 90-105
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