Cytotoxicity and gene expression changes induced by inorganic and organic trivalent arsenicals in human cells von Dodmane, Puttappa R, Arnold, Lora L, Kakiuchi-Kiyota, Satoko, Qiu, Fang, Liu, Xiangde, Rennard, Stephen I, Cohen, Samuel M

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Orally administered nicotine induces urothelial hyperplasia in rats and mice von Dodmane, Puttappa R, Arnold, Lora L, Pennington, Karen L, Cohen, Samuel M

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Diuron metabolites and urothelial cytotoxicity: In vivo , in vitro and molecular approaches von Da Rocha, Mitscheli S, Arnold, Lora L, Dodmane, Puttappa R, Pennington, Karen L, Qiu, Fang, De Camargo, João Lauro V, Cohen, Samuel M

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Mode of action of pulegone on the urinary bladder of F344 rats von Da Rocha, Mitscheli S, Dodmane, Puttappa R, Arnold, Lora L, Pennington, Karen L, Anwar, Muhammad M, Adams, Bret R, Taylor, Sean V, Wermes, Clint, Adams, Timothy B, Cohen, Samuel M

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Effect of trivalent arsenicals on cell proliferation in mouse and human microvascular endothelial cells von Dodmane, Puttappa R, Arnold, Lora L, Pennington, Karen L, Singh, Rakesh K, Cardoso, Ana Paula Ferragut, Cohen, Samuel M

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Effect of dietary treatment with dimethylarsinous acid (DMAIII ) on the urinary bladder epithelium of arsenic (+3 oxidation state) methyltransferase (As3mt) knockout and C57BL/6 wi... von Dodmane, Puttappa R, Arnold, Lora L, Pennington, Karen L, Thomas, David J, Cohen, Samuel M

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Characterization of intracellular inclusions in the urothelium of mice exposed to inorganic arsenic von Dodmane, Puttappa R, Arnold, Lora L, Muirhead, David E, Suzuki, Shugo, Yokohira, Masanao, Pennington, Karen L, Dave, Bhavana J, Lu, Xiufen, Le, X Chris, Cohen, Samuel M

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Urothelial cell intracytoplasmic inclusions after treatment of promyelocytic leukemia with arsenic trioxide von Wedel, Whitney R, Muirhead, David E, Arnold, Lora L, Dodmane, Puttappa R, Lele, Subodh M, Maness-Harris, Lori, Hoyt, Rose, Cohen, Samuel M

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Diuron-induced rat bladder epithelial cytotoxicity von Da Rocha, Mitscheli S, Arnold, Lora L, Pennington, Karen L, Muirhead, David, Dodmane, Puttappa R, Anwar, Muhammad M, Battalora, Michael, De Camargo, João Lauro V, Cohen, Samuel M

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Airway epithelial epidermal growth factor receptor mediates hogbarn dust-induced cytokine release but not Ca2+ response von Dodmane, Puttappa R, Schulte, Nancy A, Heires, Art J, Band, Hamid, Romberger, Debra J, Toews, Myron L

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Airway Epithelial Epidermal Growth Factor Receptor Mediates Hogbarn Dust–Induced Cytokine Release but Not Ca 2+ Response von Dodmane, Puttappa R., Schulte, Nancy A., Heires, Art J., Band, Hamid, Romberger, Debra J., Toews, Myron L.

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Biphasic modulation of airway mesenchymal cell proliferation by hogbarn dust extract von Dodmane, Puttappa R., Schulte, Nancy A., Wohlgemuth, Ian P., Subramanya, Sajana, Romberger, Debra J., Toews, Myron L.

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Separation, characterization, and proteomic analysis of hog‐barn dust fractions to identify lung disease‐relevant mediators von Dodmane, Puttappa R., Ciborowski, Pawel S., Schulte, Nancy A., Heires, Art J., Romberger, Debra J., Toews, Myron L.

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Hog manure extract and porcine pancreatic elastase modulate airway epithelial cell EGF receptors, calcium signaling, and cytokine release von Zimbelman, Audrey C., Dodmane, Puttappa R., Schulte, Nancy A., Heires, Art J., Romberger, Debra J., Toews, Myron L.

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Airway Epithelial Epidermal Growth Factor Receptor Mediates Hogbarn Dust-Induced Cytokine Release but Not Ca2^sup +^ Response von Dodmane, Puttappa R, Schulte, Nancy A, Heires, Art J, Band, Hamid, Romberger, Debra J, Toews, Myron L

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Dust from hog confinement facilities impairs Ca 2+ mobilization from sarco(endo)plasmic reticulum by inhibiting ryanodine receptors von Tian, Chengju, Moore, Caronda J., Dodmane, Puttappa, Shao, Chun Hong, Romberger, Debra J., Toews, Myron L., Bidasee, Keshore R.

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Dust from hog confinement facilities impairs Ca^sup 2+^ mobilization from sarco(endo)plasmic reticulum by inhibiting ryanodine receptors von Tian, Chengju, Moore, Caronda J, Dodmane, Puttappa, Shao, Chun Hong, Romberger, Debra J, Toews, Myron L, Bidasee, Keshore R

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Dust from hog confinement facilities impairs Ca2+ mobilization from sarco(endo)plasmic reticulum by inhibiting ryanodine receptors von Tian, Chengju, Moore, Caronda J, Dodmane, Puttappa, Shao, Chun Hong, Romberger, Debra J, Toews, Myron L, Bidasee, Keshore R

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