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Results: 1-20 |
Results: 20
MUSCARINIC RECEPTOR ACTIVATION OF A CPLA(2) MEDIATES AA-INDUCED, NONCAPACITATIVE CA2+ ENTRY IN HEK CELLS
Authors: OSTERHOUT JL SHUTTLEWORTH TJ
Citation: Jl. Osterhout et Tj. Shuttleworth, MUSCARINIC RECEPTOR ACTIVATION OF A CPLA(2) MEDIATES AA-INDUCED, NONCAPACITATIVE CA2+ ENTRY IN HEK CELLS, The Journal of general physiology, 112(1), 1998, pp. 47-47
INTRACELLULAR CA2-CELLS( SIGNALING IN SECRETORY)
Authors: SHUTTLEWORTH TJ
Citation: Tj. Shuttleworth, INTRACELLULAR CA2-CELLS( SIGNALING IN SECRETORY), Journal of Experimental Biology, 200(2), 1997, pp. 303-314
EVIDENCE FOR A NON-CAPACITATIVE CA2+ ENTRY DURING [CA2+] OSCILLATIONS
Authors: SHUTTLEWORTH TJ THOMPSON JL
Citation: Tj. Shuttleworth et Jl. Thompson, EVIDENCE FOR A NON-CAPACITATIVE CA2+ ENTRY DURING [CA2+] OSCILLATIONS, Biochemical journal, 316, 1996, pp. 819-824
CA2+ ENTRY MODULATES OSCILLATION FREQUENCY BY TRIGGERING CA2+ RELEASE
Authors: SHUTTLEWORTH TJ THOMPSON JL
Citation: Tj. Shuttleworth et Jl. Thompson, CA2+ ENTRY MODULATES OSCILLATION FREQUENCY BY TRIGGERING CA2+ RELEASE, Biochemical journal, 313, 1996, pp. 815-819
EFFECTS OF LUMINAL CA2-INDUCED CA2+ RELEASE - FACTS OR ARTIFACTS - REPLY( ON INOSITOL TRISPHOSPHATE)
Authors: SHUTTLEWORTH TJ
Citation: Tj. Shuttleworth, EFFECTS OF LUMINAL CA2-INDUCED CA2+ RELEASE - FACTS OR ARTIFACTS - REPLY( ON INOSITOL TRISPHOSPHATE), Cell calcium, 19(1), 1996, pp. 93-93
CLUSTERED DISTRIBUTION OF CALCIUM SENSITIVITIES - AN INDICATION OF HETERO-TETRAMERIC GATING COMPONENTS IN CA2-ACTIVATED K+ CHANNELS RECONSTITUTED FROM AVIAN NASAL GLAND-CELLS()
Authors: WU JV SHUTTLEWORTH TJ STAMPE P
Citation: Jv. Wu et al., CLUSTERED DISTRIBUTION OF CALCIUM SENSITIVITIES - AN INDICATION OF HETERO-TETRAMERIC GATING COMPONENTS IN CA2-ACTIVATED K+ CHANNELS RECONSTITUTED FROM AVIAN NASAL GLAND-CELLS(), The Journal of membrane biology, 154(3), 1996, pp. 275-282
ARACHIDONIC-ACID ACTIVATES THE NONCAPACITATIVE ENTRY OF CA2+ DURING [CA2+](I) OSCILLATIONS
Authors: SHUTTLEWORTH TJ
Citation: Tj. Shuttleworth, ARACHIDONIC-ACID ACTIVATES THE NONCAPACITATIVE ENTRY OF CA2+ DURING [CA2+](I) OSCILLATIONS, The Journal of biological chemistry, 271(36), 1996, pp. 21720-21725
GROUPED CALCIUM TITRATION CURVES - GATING COMPONENTS OF THE CALCIUM-ACTIVATED K+ CHANNELS MAY BE HETEROTETRAMEROUS
Authors: WU JV SHUTTLEWORTH TJ STAMPE P
Citation: Jv. Wu et al., GROUPED CALCIUM TITRATION CURVES - GATING COMPONENTS OF THE CALCIUM-ACTIVATED K+ CHANNELS MAY BE HETEROTETRAMEROUS, Biophysical journal, 70(2), 1996, pp. 226-226
A REEVALUATION OF THE APPARENT EFFECTS OF LUMINAL CA2-TRISPHOSPHATE-INDUCED CA2+ RELEASE( ON INOSITOL 1,4,5)
Authors: SHUTTLEWORTH TJ
Citation: Tj. Shuttleworth, A REEVALUATION OF THE APPARENT EFFECTS OF LUMINAL CA2-TRISPHOSPHATE-INDUCED CA2+ RELEASE( ON INOSITOL 1,4,5), Cell calcium, 17(6), 1995, pp. 393-398
DIRECT MODULATION OF INSP(3) RECEPTOR FUNCTION BY CA2+ ENTRY
Authors: SHUTTLEWORTH TJ
Citation: Tj. Shuttleworth, DIRECT MODULATION OF INSP(3) RECEPTOR FUNCTION BY CA2+ ENTRY, The Journal of general physiology, 106(6), 1995, pp. 26-26
ACTIVATION BY ATP OF A P-2U NUCLEOTIDE RECEPTOR IN AN EXOCRINE CELL
Authors: MARTIN SC SHUTTLEWORTH TJ
Citation: Sc. Martin et Tj. Shuttleworth, ACTIVATION BY ATP OF A P-2U NUCLEOTIDE RECEPTOR IN AN EXOCRINE CELL, British Journal of Pharmacology, 115(2), 1995, pp. 321-329
VASOACTIVE-INTESTINAL-PEPTIDE STIMULATES A CAMP-MEDIATED CL- CURRENT IN AVIAN SALT-GLAND CELLS
Authors: MARTIN SC SHUTTLEWORTH TJ
Citation: Sc. Martin et Tj. Shuttleworth, VASOACTIVE-INTESTINAL-PEPTIDE STIMULATES A CAMP-MEDIATED CL- CURRENT IN AVIAN SALT-GLAND CELLS, Regulatory peptides, 52(3), 1994, pp. 205-214
TEMPORAL RELATIONSHIPS BETWEEN CA2+ STORE MOBILIZATION AND CA2+ ENTRYIN AN EXOCRINE CELL
Authors: SHUTTLEWORTH TJ
Citation: Tj. Shuttleworth, TEMPORAL RELATIONSHIPS BETWEEN CA2+ STORE MOBILIZATION AND CA2+ ENTRYIN AN EXOCRINE CELL, Cell calcium, 15(6), 1994, pp. 457-466
MUSCARINIC-RECEPTOR ACTIVATION STIMULATES OSCILLATIONS IN K- CURRENTSWHICH ARE ACUTELY DEPENDENT ON EXTRACELLULAR CA2+ IN AVIAN SALT-GLANDCELLS( AND CL)
Authors: MARTIN SC SHUTTLEWORTH TJ
Citation: Sc. Martin et Tj. Shuttleworth, MUSCARINIC-RECEPTOR ACTIVATION STIMULATES OSCILLATIONS IN K- CURRENTSWHICH ARE ACUTELY DEPENDENT ON EXTRACELLULAR CA2+ IN AVIAN SALT-GLANDCELLS( AND CL), Pflugers Archiv, 426(3-4), 1994, pp. 231-238
VASOACTIVE-INTESTINAL-PEPTIDE ACTIVATES A CAMP-ACTIVATED CL- CURRENT IN AVIAN SALT-GLAND CELLS
Authors: MARTIN SC THOMPSON J TZOUMAKA E SHUTTLEWORTH TJ
Citation: Sc. Martin et al., VASOACTIVE-INTESTINAL-PEPTIDE ACTIVATES A CAMP-ACTIVATED CL- CURRENT IN AVIAN SALT-GLAND CELLS, Journal of physiology, 477P, 1994, pp. 160000082-160000083
DOES LUMINAL CA2-MEDIATED CA2+ RELEASE( REALLY MODULATE INSP(3))
Authors: SHUTTLEWORTH TJ
Citation: Tj. Shuttleworth, DOES LUMINAL CA2-MEDIATED CA2+ RELEASE( REALLY MODULATE INSP(3)), The Journal of general physiology, 104(6), 1994, pp. 10000027-10000027
CA2-ACTIVATED [CA2+](I) OSCILLATIONS IN AN EXOCRINE CELL( INFLUX DRIVES AGONIST)
Authors: MARTIN SC SHUTTLEWORTH TJ
Citation: Sc. Martin et Tj. Shuttleworth, CA2-ACTIVATED [CA2+](I) OSCILLATIONS IN AN EXOCRINE CELL( INFLUX DRIVES AGONIST), FEBS letters, 352(1), 1994, pp. 32-36
POTENTIATION OF CA2-ACTIVATED SECRETORY ACTIVITY BY A CAMP-MEDIATED MECHANISM IN AVIAN SALT-GLAND CELLS()
Authors: MARTIN SC THOMPSON J SHUTTLEWORTH TJ
Citation: Sc. Martin et al., POTENTIATION OF CA2-ACTIVATED SECRETORY ACTIVITY BY A CAMP-MEDIATED MECHANISM IN AVIAN SALT-GLAND CELLS(), The American journal of physiology, 267(1), 1994, pp. 30000255-30000265
MUSCARINIC RECEPTOR CHARACTERIZATION IN DIFFERENTIATING AVIAN EXOCRINE CELLS
Authors: HILDEBRANDT JP SHUTTLEWORTH TJ
Citation: Jp. Hildebrandt et Tj. Shuttleworth, MUSCARINIC RECEPTOR CHARACTERIZATION IN DIFFERENTIATING AVIAN EXOCRINE CELLS, The American journal of physiology, 266(3), 1994, pp. 180000674-180000681
A G(Q)-TYPE G-PROTEIN COUPLES MUSCARINIC RECEPTORS TO INOSITOL PHOSPHATE AND CALCIUM SIGNALING IN EXOCRINE CELLS FROM THE AVIAN SALT-GLAND
Authors: HILDEBRANDT JP SHUTTLEWORTH TJ
Citation: Jp. Hildebrandt et Tj. Shuttleworth, A G(Q)-TYPE G-PROTEIN COUPLES MUSCARINIC RECEPTORS TO INOSITOL PHOSPHATE AND CALCIUM SIGNALING IN EXOCRINE CELLS FROM THE AVIAN SALT-GLAND, The Journal of membrane biology, 133(2), 1993, pp. 183-190
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