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Results: 1-22 |
Results: 22
THE JIM INTERVIEW - BOYER,JAMES,L., MD AND FORREST,JOHN,N., JR, MD
Authors: CULLITON BJ BOYER JL FORREST JN
Citation: Bj. Culliton et al., THE JIM INTERVIEW - BOYER,JAMES,L., MD AND FORREST,JOHN,N., JR, MD, Journal of investigative medicine, 46(8), 1998, pp. 338-341
CLONING OF SGK SERINE-THREONINE PROTEIN-KINASE FROM SHARK RECTAL GLAND - A GENE INDUCED BY HYPERTONICITY AND SECRETAGOGUES
Authors: WALDEGGER S BARTH P FORREST JN GREGER R LANG F
Citation: S. Waldegger et al., CLONING OF SGK SERINE-THREONINE PROTEIN-KINASE FROM SHARK RECTAL GLAND - A GENE INDUCED BY HYPERTONICITY AND SECRETAGOGUES, Pflugers Archiv, 436(4), 1998, pp. 575-580
VASOACTIVE-INTESTINAL-PEPTIDE, FORSKOLIN, AND GENISTEIN INCREASE APICAL CFTR TRAFFICKING IN THE RECTAL GLAND OF THE SPINY DOGFISH, SQUALUS-ACANTHIAS - ACUTE REGULATION OF CFTR TRAFFICKING IN AN INTACT EPITHELIUM
Authors: LEHRICH RW ALLER SG WEBSTER P MARINO CR FORREST JN
Citation: Rw. Lehrich et al., VASOACTIVE-INTESTINAL-PEPTIDE, FORSKOLIN, AND GENISTEIN INCREASE APICAL CFTR TRAFFICKING IN THE RECTAL GLAND OF THE SPINY DOGFISH, SQUALUS-ACANTHIAS - ACUTE REGULATION OF CFTR TRAFFICKING IN AN INTACT EPITHELIUM, The Journal of clinical investigation, 101(4), 1998, pp. 737-745
DIRECT ACTIVATION OF CFTR CHLORIDE CHANNELS BY C-TYPE NATRIURETIC PEPTIDE RECEPTOR COEXPRESSED IN XENOPUS OOCYTES
Authors: ALLER S BHANOT S GEORGE A LOMBARDO I FORREST JN
Citation: S. Aller et al., DIRECT ACTIVATION OF CFTR CHLORIDE CHANNELS BY C-TYPE NATRIURETIC PEPTIDE RECEPTOR COEXPRESSED IN XENOPUS OOCYTES, Journal of the American Society of Nephrology, 8, 1997, pp. 132-132
GENISTEIN SELECTIVELY DEPOLYMERIZES APICAL MEMBRANE-ASSOCIATED ACTIN DURING ACTIVATION OF CFTR CHLORIDE CHANNELS
Authors: LEHRICH R DRAB M ALLER S FORREST JN
Citation: R. Lehrich et al., GENISTEIN SELECTIVELY DEPOLYMERIZES APICAL MEMBRANE-ASSOCIATED ACTIN DURING ACTIVATION OF CFTR CHLORIDE CHANNELS, Journal of the American Society of Nephrology, 8, 1997, pp. 2048-2048
CAMP ACTIVATES AN ATP-CONDUCTIVE PATHWAY IN CULTURED SHARK RECTAL GLAND-CELLS
Authors: CANTIELLO HF JACKSON GR PRAT AG GAZLEY JL FORREST JN AUSIELLO DA
Citation: Hf. Cantiello et al., CAMP ACTIVATES AN ATP-CONDUCTIVE PATHWAY IN CULTURED SHARK RECTAL GLAND-CELLS, American journal of physiology. Cell physiology, 41(2), 1997, pp. 466-475
CONFOCAL MICROSCOPIC OBSERVATION OF CYTOSKELETAL REORGANIZATIONS IN CULTURED SHARK RECTAL GLAND-CELLS FOLLOWING TREATMENT WITH HYPOTONIC SHOCK AND HIGH EXTERNAL K+
Authors: HENSON JH ROESENER CD GAETANO CJ MENDOLA RJ FORREST JN HOLY J KLEINZELLER A
Citation: Jh. Henson et al., CONFOCAL MICROSCOPIC OBSERVATION OF CYTOSKELETAL REORGANIZATIONS IN CULTURED SHARK RECTAL GLAND-CELLS FOLLOWING TREATMENT WITH HYPOTONIC SHOCK AND HIGH EXTERNAL K+, The Journal of experimental zoology, 279(5), 1997, pp. 415-424
CADMIUM DISRUPTS THE SIGNAL-TRANSDUCTION PATHWAY OF BOTH INHIBITORY AND STIMULATORY RECEPTORS REGULATING CHLORIDE SECRETION IN THE SHARK RECTAL GLAND
Authors: FORREST JN ALLER SG WOOD SJ RATNER MA FORREST JK KELLEY GG
Citation: Jn. Forrest et al., CADMIUM DISRUPTS THE SIGNAL-TRANSDUCTION PATHWAY OF BOTH INHIBITORY AND STIMULATORY RECEPTORS REGULATING CHLORIDE SECRETION IN THE SHARK RECTAL GLAND, The Journal of experimental zoology, 279(5), 1997, pp. 530-536
A NOVEL ADENOSINE RECEPTOR SUBTYPE (A(0)) FROM THE SHARK RECTAL GLANDACTIVATES CFTR CHLORIDE CHANNELS IN XENOPUS-LAEVIS OOCYTES
Authors: BHANOT S LUBBE KM ALLER SG FORREST JN
Citation: S. Bhanot et al., A NOVEL ADENOSINE RECEPTOR SUBTYPE (A(0)) FROM THE SHARK RECTAL GLANDACTIVATES CFTR CHLORIDE CHANNELS IN XENOPUS-LAEVIS OOCYTES, Journal of the American Society of Nephrology, 7(9), 1996, pp. 145-145
CHLORIDE SECRETAGOGUES SELECTIVELY REGULATE CFTR TRAFFICKING AND THE APICAL ACTIN NETWORK
Authors: LEHRICH R ALLER SG MARINO CR FORREST JN
Citation: R. Lehrich et al., CHLORIDE SECRETAGOGUES SELECTIVELY REGULATE CFTR TRAFFICKING AND THE APICAL ACTIN NETWORK, Journal of the American Society of Nephrology, 7(9), 1996, pp. 186-186
CELLULAR AND MOLECULAR-BIOLOGY OF CHLORIDE SECRETION IN THE SHARK RECTAL GLAND - REGULATION BY ADENOSINE RECEPTORS
Authors: FORREST JN
Citation: Jn. Forrest, CELLULAR AND MOLECULAR-BIOLOGY OF CHLORIDE SECRETION IN THE SHARK RECTAL GLAND - REGULATION BY ADENOSINE RECEPTORS, Kidney international, 49(6), 1996, pp. 1557-1562
TYROSINE PHOSPHORYLATION IS A NOVEL PATHWAY FOR REGULATION OF CHLORIDE SECRETION IN THE SHARK RECTAL GLAND
Authors: LEHRICH RW FORREST JN
Citation: Rw. Lehrich et Jn. Forrest, TYROSINE PHOSPHORYLATION IS A NOVEL PATHWAY FOR REGULATION OF CHLORIDE SECRETION IN THE SHARK RECTAL GLAND, Journal of the American Society of Nephrology, 6(3), 1995, pp. 344-344
CLONING AND MOLECULAR CHARACTERIZATION OF A NOVEL PRIMORDIAL ADENOSINE RECEPTOR FROM THE RECTAL GLAND OF THE DOGFISH SHARK
Authors: FORREST JN LUBBE KM ALLER SG HALENE S LOMBARDO ID
Citation: Jn. Forrest et al., CLONING AND MOLECULAR CHARACTERIZATION OF A NOVEL PRIMORDIAL ADENOSINE RECEPTOR FROM THE RECTAL GLAND OF THE DOGFISH SHARK, Journal of the American Society of Nephrology, 6(3), 1995, pp. 790-790
CLONING AND MOLECULAR CHARACTERIZATION OF THE C-TYPE NATRIURETIC PEPTIDE RECEPTOR REGULATING CHLORIDE TRANSPORT IN THE SHARK RECTAL GLAND
Authors: LOMBARDO ID ALLER SG FORREST JN
Citation: Id. Lombardo et al., CLONING AND MOLECULAR CHARACTERIZATION OF THE C-TYPE NATRIURETIC PEPTIDE RECEPTOR REGULATING CHLORIDE TRANSPORT IN THE SHARK RECTAL GLAND, Journal of the American Society of Nephrology, 6(3), 1995, pp. 800-800
A LOW-PROFILE PORTABLE HYBRIDIZATION INCUBATOR
Authors: FORREST JN
Citation: Jn. Forrest, A LOW-PROFILE PORTABLE HYBRIDIZATION INCUBATOR, American biotechnology laboratory, 13(3), 1995, pp. 16-16
CAMP-ACTIVATED CL- CHANNELS IN PRIMARY CULTURES OF SPINY DOGFISH (SQUALUS-ACANTHIAS) RECTAL GLAND
Authors: DEVOR DC FORREST JN SUGGS WK FRIZZELL RA
Citation: Dc. Devor et al., CAMP-ACTIVATED CL- CHANNELS IN PRIMARY CULTURES OF SPINY DOGFISH (SQUALUS-ACANTHIAS) RECTAL GLAND, American journal of physiology. Cell physiology, 37(1), 1995, pp. 70-79
TYROSINE PHOSPHORYLATION IS A NOVEL PATHWAY FOR REGULATION OF CHLORIDE SECRETION IN SHARK RECTAL GLAND
Authors: LEHRICH RW FORREST JN
Citation: Rw. Lehrich et Jn. Forrest, TYROSINE PHOSPHORYLATION IS A NOVEL PATHWAY FOR REGULATION OF CHLORIDE SECRETION IN SHARK RECTAL GLAND, American journal of physiology. Renal, fluid and electrolyte physiology, 38(4), 1995, pp. 594-600
PARATHYROID-HORMONE STIMULATES ELECTROGENIC SODIUM-TRANSPORT IN A6 CELLS
Authors: RODRIGUEZCOMMES J FORREST JN LOPEZ R GASALLAHERRAIZ J ISALES CM
Citation: J. Rodriguezcommes et al., PARATHYROID-HORMONE STIMULATES ELECTROGENIC SODIUM-TRANSPORT IN A6 CELLS, Biochemical and biophysical research communications, 213(2), 1995, pp. 688-698
PKC ISOENZYMES IN THE SHARK RECTAL GLAND ARE ASSOCIATED WITH THE REGULATION OF CHLORIDE SECRETION AND CELL-DIVISION
Authors: LEHRICH RW SUGGS WK FORREST JN
Citation: Rw. Lehrich et al., PKC ISOENZYMES IN THE SHARK RECTAL GLAND ARE ASSOCIATED WITH THE REGULATION OF CHLORIDE SECRETION AND CELL-DIVISION, Journal of the American Society of Nephrology, 5(3), 1994, pp. 721-721
CHARACTERISTICS OF THE ATP-CONDUCTIVE PATHWAY IN SHARK RECTAL GLAND-CELLS
Authors: CANTIELLO HF JACKSON GR PRAT AG GAZLEY JL FORREST JN AUSIELLO DA
Citation: Hf. Cantiello et al., CHARACTERISTICS OF THE ATP-CONDUCTIVE PATHWAY IN SHARK RECTAL GLAND-CELLS, The Journal of general physiology, 104(6), 1994, pp. 10000039-10000039
PROTEIN-KINASE-C-ZETA IS ASSOCIATED WITH THE MITOTIC APPARATUS IN PRIMARY-CELL CULTURES OF THE SHARK RECTAL GLAND
Authors: LEHRICH RW FORREST JN
Citation: Rw. Lehrich et Jn. Forrest, PROTEIN-KINASE-C-ZETA IS ASSOCIATED WITH THE MITOTIC APPARATUS IN PRIMARY-CELL CULTURES OF THE SHARK RECTAL GLAND, The Journal of biological chemistry, 269(51), 1994, pp. 32446-32450
NEUROPEPTIDE-Y INHIBITS CHLORIDE SECRETION IN THE SHARK RECTAL GLAND
Authors: SILVA P EPSTEIN FH KARNAKY KJ REICHLIN S FORREST JN
Citation: P. Silva et al., NEUROPEPTIDE-Y INHIBITS CHLORIDE SECRETION IN THE SHARK RECTAL GLAND, The American journal of physiology, 265(2), 1993, pp. 180000439-180000446
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