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Results: 1-10 |
Results: 10
GATA-6 INDUCES P21(CIP1) EXPRESSION AND G(1) CELL-CYCLE ARREST
Authors: PERLMAN H SUZUKI E SIMONSON M SMITH RC WALSH K
Citation: H. Perlman et al., GATA-6 INDUCES P21(CIP1) EXPRESSION AND G(1) CELL-CYCLE ARREST, The Journal of biological chemistry, 273(22), 1998, pp. 13713-13718
BCL-2 INHIBITS C-FOS INDUCTION BY CALCIUM
Authors: QI XM SIMONSON M DISTELHORST CW
Citation: Xm. Qi et al., BCL-2 INHIBITS C-FOS INDUCTION BY CALCIUM, Oncogene, 15(23), 1997, pp. 2849-2853
ACTIVATION OF ACTIVATOR PROTEIN-1 BINDING-SITE BY HYPOXIA - IMPORTANCE OF C-FOS
Authors: MISHRA R SIMONSON M CHERNIACK NS PRABHAKAR NR
Citation: R. Mishra et al., ACTIVATION OF ACTIVATOR PROTEIN-1 BINDING-SITE BY HYPOXIA - IMPORTANCE OF C-FOS, The FASEB journal, 11(3), 1997, pp. 2024-2024
ECTOPIC EXPRESSION OF GATA-6 INDUCES P21(CIP1) EXPRESSION AND G1 CELL-CYCLE ARREST
Authors: PERLMAN HR GUO K SUZUKI E SIMONSON M WALSH K
Citation: Hr. Perlman et al., ECTOPIC EXPRESSION OF GATA-6 INDUCES P21(CIP1) EXPRESSION AND G1 CELL-CYCLE ARREST, Circulation, 96(8), 1997, pp. 31-31
BCL-2 INHIBITS C-FOS INDUCTION BY CALCIUM
Authors: QI XM SIMONSON M DISTELHORST CW
Citation: Xm. Qi et al., BCL-2 INHIBITS C-FOS INDUCTION BY CALCIUM, Blood, 90(10), 1997, pp. 3608-3608
QUASI-CLASSICAL TRAJECTORY STUDY OF THE C-ENERGY SURFACE(NO REACTION ON A NEW POTENTIAL)
Authors: SIMONSON M MARKOVIC N NORDHOLM S PERSSON BJ
Citation: M. Simonson et al., QUASI-CLASSICAL TRAJECTORY STUDY OF THE C-ENERGY SURFACE(NO REACTION ON A NEW POTENTIAL), Chemical physics, 200(1-2), 1995, pp. 141-160
RRKM STUDIES OF PRODUCT BRANCHING IN THE NH+NO REACTION
Authors: SIMONSON M BRADLEY KS SCHATZ GC
Citation: M. Simonson et al., RRKM STUDIES OF PRODUCT BRANCHING IN THE NH+NO REACTION, Chemical physics letters, 244(1-2), 1995, pp. 19-26
A THEORETICAL INVESTIGATION OF THE 2 LOWEST POTENTIAL-ENERGY SURFACESFOR THE REACTION C(P-3)+NO((2)PI) (VOL 234, PG 382, 1995)
Authors: PERSSON BJ ROOS BO SIMONSON M
Citation: Bj. Persson et al., A THEORETICAL INVESTIGATION OF THE 2 LOWEST POTENTIAL-ENERGY SURFACESFOR THE REACTION C(P-3)+NO((2)PI) (VOL 234, PG 382, 1995), Chemical physics letters, 236(4-5), 1995, pp. 532-532
A THEORETICAL INVESTIGATION OF THE 2 LOWEST POTENTIAL-ENERGY SURFACESFOR THE REACTION C(P-3)+NO((2)PI)
Authors: PERSSON BJ ROOS BO SIMONSON M
Citation: Bj. Persson et al., A THEORETICAL INVESTIGATION OF THE 2 LOWEST POTENTIAL-ENERGY SURFACESFOR THE REACTION C(P-3)+NO((2)PI), Chemical physics letters, 234(4-6), 1995, pp. 382-389
QUANTUM-CHEMICAL INVESTIGATION OF THE AR-HCL INTERACTION POTENTIAL - STEEPNESS AND ASYMMETRY WITH IMPLICATIONS FOR ENERGY-TRANSFER
Authors: SIMONSON M SEWELL TD NORDHOLM S MIKLAVC A
Citation: M. Simonson et al., QUANTUM-CHEMICAL INVESTIGATION OF THE AR-HCL INTERACTION POTENTIAL - STEEPNESS AND ASYMMETRY WITH IMPLICATIONS FOR ENERGY-TRANSFER, Chemical physics, 184(1-3), 1994, pp. 67-83
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