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Results: 3
NO DECREASES PHOSPHORYLATION OF FOCAL ADHESION PROTEINS VIA REDUCTIONOF CA IN PRIMARY RAT AORTIC SMOOTH-MUSCLE CELL-CULTURES
Authors: YAO J KAUR K PAN XL HASSID A
Citation: J. Yao et al., NO DECREASES PHOSPHORYLATION OF FOCAL ADHESION PROTEINS VIA REDUCTIONOF CA IN PRIMARY RAT AORTIC SMOOTH-MUSCLE CELL-CULTURES, The FASEB journal, 12(4), 1998, pp. 1090-1090
NO DECREASES PHOSPHORYLATION OF FOCAL ADHESION PROTEINS VIA REDUCTIONOF CA IN RAT AORTIC SMOOTH-MUSCLE CELLS
Authors: KAUR K YAO JA PAN XL MATTHEWS C HASSID A
Citation: K. Kaur et al., NO DECREASES PHOSPHORYLATION OF FOCAL ADHESION PROTEINS VIA REDUCTIONOF CA IN RAT AORTIC SMOOTH-MUSCLE CELLS, American journal of physiology. Heart and circulatory physiology, 43(5), 1998, pp. 1613-1619
SYNERGISTIC INTERACTIONS BETWEEN SELECTIVE PHARMACOLOGICAL INHIBITORSOF PHOSPHODIESTERASE ISOZYME FAMILIES PDE-III AND PDE-IV TO ATTENUATEPROLIFERATION OF RAT VASCULAR SMOOTH-MUSCLE CELLS
Authors: PAN XL ARAUZ E KRZANOWSKI JJ FITZPATRICK DF POLSON JB
Citation: Xl. Pan et al., SYNERGISTIC INTERACTIONS BETWEEN SELECTIVE PHARMACOLOGICAL INHIBITORSOF PHOSPHODIESTERASE ISOZYME FAMILIES PDE-III AND PDE-IV TO ATTENUATEPROLIFERATION OF RAT VASCULAR SMOOTH-MUSCLE CELLS, Biochemical pharmacology, 48(4), 1994, pp. 827-835
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