Antagonism of the transient receptor potential melastatin‑2 channel leads to targeted antitumor effects in primary human malignant melanoma cells von Mckamey, Shelby G, Jira, Lukas R, Tweed, Christopher M, Blake, Steven D, Powell, Daniel P, Daghistani, Ayah T, Koh, David W

Volltext

Novel Treatment of Human Melanoma Cells that Express BRAF or NRAS Mutations by Antifungal Agents von Koh, David W., Jira, Lukas R., McKamey, Shelby G.

Volltext

Antifungal Agents Induce Apoptotic and Non‐Apoptotic Cell Death in Human Melanoma Cells von Koh, David W, Eskender, Anna H, Daghistani, Ayah T, Jira, Lukas R, McKamey, Shelby G

Volltext

Characterization of Drug Resistance Protein Expression Levels in Human Melanoma Cells and Subsequent Treatment with Antifungal Agents von Koh, David W., McKamey, Shelby G., Daghistani, Ayah T., Jira, Lukas R., Blake, Steven D.

Volltext

Abstract 16: Evaluation of the efficacy of clotrimazole treatment in human melanoma cell lines that overexpress the multidrug resistance-associated protein (MRP) and the lung resis... von Blake, Steven D., McKamey, Shelby G., Tweed, Christopher M., Koh, David W.

Volltext

Transient receptor potential, Melastatin-2 (TRPM2) blockade: perspectives on potential novel clinical utility in cancer von Blake, Steven D., Tweed, Christopher M., McKamey, Shelby G., Koh, David W.

Volltext