作者
Isabel A English, Patrick J Worth, Kevin A MacPherson, Michael B Heskett, Vidhi Shah, Jackie L Phipps, Courtney Betts, Shamilene Sivagnanam, Carl Pelz, Amy S Farrell, Brittany L Allen-Petersen, Meghan M Joly, Motoyuki Tsuda, Colin J Daniel, Jenny Eng, Xiaoyan Wang, Ashley L Kiemen, Laura D Wood, Terry K Morgan, Mary C Thoma, Jennifer M Chu, Paul T Spellman, Lisa M Coussens, Ellen M Langer, Rosalie C Sears
发表日期
2024/1/16
期刊
Cancer Research
卷号
84
期号
2_Supplement
页码范围
A061-A061
出版商
The American Association for Cancer Research
简介
One of the most aggressive cancers in the US is pancreatic ductal adenocarcinoma (PDAc), whose incidence is expected to rise in the coming years. The standard-of-care treatments have improved over the past few decades, but they still primarily involve harsh chemotherapy cocktails and have only marginally increased overall survival, to a 5-year survival rate of 12 percent. c-MYC (MYC), a potent transcription factor, is frequently dysregulated in PDAc. In PDAc and other cancers, MYC plays a significant role in tumor progression, and its dysregulation has been linked to tumor aggressiveness and therapeutic resistance. In various mouse models of cancer, it has been demonstrated that oncogenic MYC expression controls components of the tumor microenvironment (TME). MYC expression in PDAc has been associated with a desmoplastic immune suppressive TME, though the precise mechanism is still unknown …