Columbia University / College of Physicians / Results TRAIL / / /
IndustryTerm
melanoma treatment / cancer therapy / cancer treatment / treatment of 5397 Cancer / in vivo applications / treatment of melanoma / treatment for melanoma / high linear energy transfer / /
MedicalCondition
advanced disease / initially resistant LU1205 melanoma / WM9 melanoma / human metastatic melanoma / dysfunction / skin cancer / human melanomas / Human melanoma / melanoma / Research melanoma / Cancer Research necrosis / accelerated cancer / WM35 early melanoma / LU1205 melanoma / prostate cancer / recombinant tumor necrosis / advanced melanomas / Both melanoma / LU1205 human melanoma / early melanoma WM35 / leukemia / tumor / resistant melanoma / necrosis / cancer / tumors / advanced tumors / TRAIL-resistant melanoma / metastatic melanomas / melanomas / tumor necrosis / metastatic tumors / WM35 melanoma / New York Abstract Melanoma / partially protected melanoma / WM9 human melanoma / /
Center for Radiological Research / I2007 American Association for Cancer Research / Columbia University / New York / Mailman School of Public Health / College of Physicians and Surgeons / /
Research Article Sequential Treatment by Ionizing Radiation and Sodium Arsenite Dramatically Accelerates TRAIL-Mediated Apoptosis of Human Melanoma Cells 1