Scholars@Duke publication: RECOMBINANT HUMAN 5-HT1A RECEPTOR IN HELA-CELLS STIMULATES NA+/K+ ATPASE ACTIVITY VIA A CALCIUM-DEPENDENT MECHANISM

RECOMBINANT HUMAN 5-HT1A RECEPTOR IN HELA-CELLS STIMULATES NA+/K+ ATPASE ACTIVITY VIA A CALCIUM-DEPENDENT MECHANISM

Publication , Journal Article

MIDDLETON, JP; RAYMOND, JR; FARGIN, A; WHORTON, AR; CARON, MG; LEFKOWITZ, RJ; DENNIS, VW

Published in: KIDNEY INTERNATIONAL

January 1, 1990

KIDNEY INTERNATIONAL

0085-2538

January 1, 1990

567 / 567

BLACKWELL SCIENCE INC

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MIDDLETON, J. P., RAYMOND, J. R., FARGIN, A., WHORTON, A. R., CARON, M. G., LEFKOWITZ, R. J., & DENNIS, V. W. (1990). RECOMBINANT HUMAN 5-HT1A RECEPTOR IN HELA-CELLS STIMULATES NA+/K+ ATPASE ACTIVITY VIA A CALCIUM-DEPENDENT MECHANISM. KIDNEY INTERNATIONAL, 37(1), 567–567.

MIDDLETON, J. P., J. R. RAYMOND, A. FARGIN, A. R. WHORTON, M. G. CARON, R. J. LEFKOWITZ, and V. W. DENNIS. “RECOMBINANT HUMAN 5-HT1A RECEPTOR IN HELA-CELLS STIMULATES NA+/K+ ATPASE ACTIVITY VIA A CALCIUM-DEPENDENT MECHANISM.” KIDNEY INTERNATIONAL 37, no. 1 (January 1, 1990): 567–567.

MIDDLETON JP, RAYMOND JR, FARGIN A, WHORTON AR, CARON MG, LEFKOWITZ RJ, et al. RECOMBINANT HUMAN 5-HT1A RECEPTOR IN HELA-CELLS STIMULATES NA+/K+ ATPASE ACTIVITY VIA A CALCIUM-DEPENDENT MECHANISM. KIDNEY INTERNATIONAL. 1990 Jan 1;37(1):567–567.

MIDDLETON, J. P., et al. “RECOMBINANT HUMAN 5-HT1A RECEPTOR IN HELA-CELLS STIMULATES NA+/K+ ATPASE ACTIVITY VIA A CALCIUM-DEPENDENT MECHANISM.” KIDNEY INTERNATIONAL, vol. 37, no. 1, BLACKWELL SCIENCE INC, Jan. 1990, pp. 567–567.

MIDDLETON JP, RAYMOND JR, FARGIN A, WHORTON AR, CARON MG, LEFKOWITZ RJ, DENNIS VW. RECOMBINANT HUMAN 5-HT1A RECEPTOR IN HELA-CELLS STIMULATES NA+/K+ ATPASE ACTIVITY VIA A CALCIUM-DEPENDENT MECHANISM. KIDNEY INTERNATIONAL. BLACKWELL SCIENCE INC; 1990 Jan 1;37(1):567–567.

KIDNEY INTERNATIONAL

0085-2538

January 1, 1990

567 / 567

BLACKWELL SCIENCE INC