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Results: 1-8 |
Results: 8
EFFECTS OF SULFHYDRYL MODULATING AGENTS ON RECOMBINANT HUMAN CARDIAC L-TYPE CA2-293 CELLS( CHANNEL ALPHA(1C) SUBUNITS STABLY EXPRESSED IN HEK)
Authors: FEARON IM PALMER ACV BALMFORTH AJ BALL SG SCHWARTZ A PEERS C
Citation: Im. Fearon et al., EFFECTS OF SULFHYDRYL MODULATING AGENTS ON RECOMBINANT HUMAN CARDIAC L-TYPE CA2-293 CELLS( CHANNEL ALPHA(1C) SUBUNITS STABLY EXPRESSED IN HEK), Journal of physiology, 506P, 1998, pp. 48-48
INHIBITION OF RECOMBINANT HUMAN CARDIAC L-TYPE CA2-ISOBUTYL-1-METHYLXANTHINE( CHANNEL ALPHA(1C) SUBUNITS BY 3)
Authors: FEARON IM PALMER ACV BALMFORTH AJ BALL SG MIKALA G PEERS C
Citation: Im. Fearon et al., INHIBITION OF RECOMBINANT HUMAN CARDIAC L-TYPE CA2-ISOBUTYL-1-METHYLXANTHINE( CHANNEL ALPHA(1C) SUBUNITS BY 3), European journal of pharmacology, 342(2-3), 1998, pp. 353-358
HYPOXIA INHIBITS RECOMBINANT HUMAN CARDIAC L-TYPE CA2-293 CELLS( CHANNEL ALPHA(1C) SUBUNITS STABLY EXPRESSED IN HEK)
Authors: FEARON IM PALMER ACV BALMFORTH AJ BALL SG MIKALA G SCHWARTZ A PEERS C
Citation: Im. Fearon et al., HYPOXIA INHIBITS RECOMBINANT HUMAN CARDIAC L-TYPE CA2-293 CELLS( CHANNEL ALPHA(1C) SUBUNITS STABLY EXPRESSED IN HEK), Journal of physiology, 501P, 1997, pp. 146-146
INHIBITION OF HUMAN RECOMBINANT L-TYPE CARDIAC CA2-293 CELLS BY ISOBUTYLMETHYLXANTHINE( CHANNEL ALPHA(1C) SUBUNITS EXPRESSED IN HEK)
Authors: FEARON IM PALMER ACV BALMFORTH AJ BALL SG MIKALA G SCHWARTZ A PEERS C
Citation: Im. Fearon et al., INHIBITION OF HUMAN RECOMBINANT L-TYPE CARDIAC CA2-293 CELLS BY ISOBUTYLMETHYLXANTHINE( CHANNEL ALPHA(1C) SUBUNITS EXPRESSED IN HEK), Journal of physiology, 501P, 1997, pp. 146-147
HYPOXIA INHIBITS THE RECOMBINANT ALPHA(1C) SUBUNIT OF THE HUMAN CARDIAC L-TYPE CA2+ CHANNEL
Authors: FEARON IM PALMER ACV BALMFORTH AJ BALL SG MIKALA G SCHWARTZ A PEERS C
Citation: Im. Fearon et al., HYPOXIA INHIBITS THE RECOMBINANT ALPHA(1C) SUBUNIT OF THE HUMAN CARDIAC L-TYPE CA2+ CHANNEL, Journal of physiology, 500(3), 1997, pp. 551-556
STABLE EXPRESSION OF THE HUMAN CARDIAC L-TYPE CA2-293) CELLS( CHANNELALPHA(1C) SUBUNIT IN HUMAN EMBRYONIC KIDNEY (HEK)
Authors: FEARON IM PALMER ACV BALMFORTH AJ BALL SG PEERS C MIKALA G SCHWARTZ A
Citation: Im. Fearon et al., STABLE EXPRESSION OF THE HUMAN CARDIAC L-TYPE CA2-293) CELLS( CHANNELALPHA(1C) SUBUNIT IN HUMAN EMBRYONIC KIDNEY (HEK), Journal of physiology, 499P, 1997, pp. 34-34
REGULATION OF [CA-SY5Y) CELLS EXPRESSING RECOMBINANT RAT ANGIOTENSIN(1A) RECEPTORS BY ANGIOTENSIN-II AND CARBACHOL(+](I) IN HUMAN NEUROBLASTOMA (SH)
Authors: MCDONALD RL ROBERTS DJ PALMER ACV BALL SG VAUGHAN PFT PEERS C
Citation: Rl. Mcdonald et al., REGULATION OF [CA-SY5Y) CELLS EXPRESSING RECOMBINANT RAT ANGIOTENSIN(1A) RECEPTORS BY ANGIOTENSIN-II AND CARBACHOL(+](I) IN HUMAN NEUROBLASTOMA (SH), The Journal of pharmacology and experimental therapeutics, 281(3), 1997, pp. 1257-1263
THE EFFECT OF THE ANGIOTENSIN-II (AT(1A)) RECEPTOR STABLY TRANSFECTEDINTO HUMAN NEUROBLASTOMA SH-SY5Y CELLS ON NORADRENALINE RELEASE AND CHANGES IN INTRACELLULAR CALCIUM
Authors: MCDONALD R BALMFORTH AJ PALMER ACV BALL SG PEERS C VAUGHAN PFT
Citation: R. Mcdonald et al., THE EFFECT OF THE ANGIOTENSIN-II (AT(1A)) RECEPTOR STABLY TRANSFECTEDINTO HUMAN NEUROBLASTOMA SH-SY5Y CELLS ON NORADRENALINE RELEASE AND CHANGES IN INTRACELLULAR CALCIUM, Neuroscience letters, 199(2), 1995, pp. 115-118
Risultati: 1-8 |