Aryl Hydrocarbon Receptor Ligand 5F 203 Induces Oxidative Stress That Triggers DNA Damage in Human Breast Cancer Cells von McLean, Lancelot S, Watkins, Cheri N, Campbell, Petreena, Zylstra, Dain, Rowland, Leah, Amis, Louisa H, Scott, Lia, Babb, Crystal E, Livingston, W. Joel, Darwanto, Agus, Davis, Willie L, Senthil, Maheswari, Sowers, Lawrence C, Brantley, Eileen

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Antiproliferative effect induced by novel imidazoline S43126 in PC12 cells is mediated by ROS, stress activated MAPKs and caspases von McLean, Lancelot S., Crane, Louis, Baziard-Mouysset, Genevieve, Edwards, Lincoln P.

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Abstract 2565: Aryl hydrocarbon receptor agonist 5F 203 induces oxidative stress triggering DNA damage and cytoglobin up-regulation in human breast cancer cells von Rowland, Leah K., McLean, Lancelot S., Campbell, Petreena, Watkins, Cheri N., Zylstra, Dain, Amis, Louisa H., Senthil, Maheswari, Brantley, Eileen

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Apoptotic mechanism of novel anticancer agents is mediated by MAPKs in breast cancer cells von McLean, Lancelot Stuart, Brantley, Eileen

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Aminoflavone induces oxidative DNA damage and reactive oxidative species‐mediated apoptosis in breast cancer cells von McLean, Lancelot, Soto, Ubaldo, Agama, Keli, Francis, Jawad, Jimenez, Randi, Pommier, Yves, Sowers, Lawrence, Brantley, Eileen

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Putative tumor suppressor cytoglobin promotes aryl hydrocarbon receptor ligand–mediated triple negative breast cancer cell death von Rowland, Leah K., Campbell, Petreena S., Mavingire, Nicole, Wooten, Jonathan V., McLean, Lancelot, Zylstra, Dain, Thorne, Gabriell, Daly, Devin, Boyle, Kristopher, Whang, Sonya, Unternaehrer, Juli, Brantley, Eileen J.

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Pharmacological Properties of the Central Antihypertensive Agent, Moxonidine von Edwards, Lincoln P., Brown-Bryan, Terry A., McLean, Lancelot, Ernsberger, Paul

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Antiproliferative mechanism of novel imidazoline compound in PC12 cells von McLean, Lancelot Stuart, Crane, Louis, Baziard‐Mouysset, Genevieve, Edwards, Lincoln

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Abstract 2102: Investigational agent 5F 203 modulates apoptotic regulatory gene expression and induces lysosomal membrane permeabilization in breast cancer cells von Brantley, Eileen J., Thorne, Gabriell, Daly, Devin, Zylstra, Dain, McLean, Lancelot

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Abstract 3658: 5F 203 modulates oxidative stress, induces single-strand break formation and promotes mitochondrial membrane potential loss in sensitive breast cancer cells von Brantley, Eileen J., Watkins, Cheri, McLean, Lancelot, Amis, Louisa, Davis, Willie

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The British Journal of Experimental Biology von CREW, F. A. E, DAKIN, W. J, HARRISON, J. HESLOP, HOGBEN, LANCELOT T, JOHNSTONE, J, MARSHALL, F. H. A, ROBSON, GUY C, SAUNDERS, A. M. CARR, THOMPSON, J. MCLEAN

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