Pulmonary vascular response to normoxia and KCa channel activity is developmentally regulated von Rhodes, Michael T, Porter, Valerie A, Saqueton, Connie B, Herron, Jean M, Resnik, Ernesto R, Cornfield, David N

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Voltage-gated K+-channel activity in ovine pulmonary vasculature is developmentally regulated von Cornfield, David N, Saqueton, Connie B, Porter, Valerie A, Herron, Jean, Resnik, Ernesto, Haddad, Imad Y, Reeve, Helen L

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NO causes perinatal pulmonary vasodilation through K + -channel activation and intracellular Ca 2+ release von Saqueton, Connie B, Miller, Robert B, Porter, Valerie A, Milla, Carlos E, Cornfield, David N

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Pulmonary vascular response to normoxia and K Ca channel activity is developmentally regulated von Rhodes, Michael T., Porter, Valerie A., Saqueton, Connie B., Herron, Jean M., Resnik, Ernesto R., Cornfield, David N.

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NO causes perinatal pulmonary vasodilation through K+-channel activation and intracellular Ca2+ release von Saqueton, Connie B, Miller, Robert B, Porter, Valerie A, Milla, Carlos E, Cornfield, David N

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Pulmonary vascular response to normoxia and KCa channel activity is developmentally regulated von RHODES, Michael T, PORTER, Valerie A, SAQUETON, Connie B, HERRON, Jean M, RESNIK, Ernesto R, CORNFIELD, David N

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Pulmonary Artery Smooth Muscle Cell Calcium-Sensitive K+ Channel Activity Decreases with Maturation von Saqueton, Connie B, Porter, Valerie A, Herron, Jean M, Cornfield, David N

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Voltage-gated K+-channel activity in ovine pulmonary vasculature is developmentally regulated von CORNFIELD, D. N, SAQUETON, C. B, PORTER, V. A, HERRON, J, RESNIK, E, HADDAD, I. Y, REEVE, H. L

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Inhaled Nitric Oxide Causes Perinatal Pulmonary Vasodilation Through a Ryanodine-Sensitive Activation of a Kca Channel † 1739 von Saqueton, Connie B, Miller, Robert B, Porter, Valerie A, Cornfield, David N

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NO causes perinatal pulmonary vasodilation through K+-channel activation and intracellular Ca2+ release von SAQUETON, C. B, MILLER, R. B, PORTER, V. A, MILLA, C. E, CORNFIELD, D. N

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Pulmonary Vascular Voltage-Sensitive K+ Channel Expression is Developmentally Regulated † 1630 von Cornfield, David N, Herron, Jean M, Saqueton, Connie B, Haddad, Imad Y

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