Publications

air interface (6 POSTS)

1994 (2 POSTS)

Nitrogen dioxide decreases paracellular resistance and increases short-circuit current of guinea pig tracheobronchial epithelial monolayers cultured in an air-interface

Robison TW, Kim KJ. Nitrogen dioxide decreases paracellular resistance and increases short-circuit current of guinea pig tracheobronchial epithelial monolayers cultured in an air-interface. American Thoracic Society Annual Meeting, Boston, MA, 1994.

Air-interface cultures of guinea pig airway epithelial cells: Effect of active sodium and chloride transport inhibitors on bioelectric properties

Robison TW, Kim KJ. 1994. Air-interface cultures of guinea pig airway epithelial cells: Effect of active sodium and chloride transport inhibitors on bioelectric properties. Exp Lung Res 20(2):101-117; doi: 10.3109/01902149409064376.

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1993 (2 POSTS)

Formation of tight monolayers of guinea pig airway epithelial cells cultured in an air-interface: Bioelectric properties

Robison TW, Dorio RJ, Kim KJ. 1993. Formation of tight monolayers of guinea pig airway epithelial cells cultured in an air-interface: Bioelectric properties. BioTechniques 15(3):468-473. PMID: 8217160.

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Nitrogen dioxide-induced formation of arachidonate metabolites from guinea pig tracheobronchial epithelium cultured in an air-interface.

Robison TW, Freeman L. Nitrogen dioxide-induced formation of arachidonate metabolites from guinea pig tracheobronchial epithelium cultured in an air-interface. American Thoracic Society Annual Meeting, San Francisco, CA, 1993.

1992 (2 POSTS)

Tight monolayers of guinea pig airway epithelial cells: Bioelectric properties and active ion transport

Robison TW, Kim KJ. Tight monolayers of guinea pig airway epithelial cells: Bioelectric properties and active ion transport. American Thoracic Society Annual Meeting, Miami Beach, FL, 1992.

Guinea pig airway epithelial cells cultured in an air-interface actively transport Na+ and Cl-

Robison TW, Kim KJ. Guinea pig airway epithelial cells cultured in an air-interface actively transport Na+ and Cl-. Invited speaker for paper presentation, Federation of American Societies for Experimental Biology, 1992.