Lung Cancer

Bold ideas

John Turchi, PhD, has developed a molecule designed to disrupt the DNA repair pathways that allow lung cancer cells to continue replicating and tumors to grow. Now these new small-cell lung cancer models will help determine if this novel therapeutic could lead to new treatments.

Lung cancer is a complex disease due to the overwhelming diversity of cancer – no two patients have identical tumors. With that challenge in mind, Misty Shields, MD, PhD is investigating therapeutic resistance in lung cancers that have various combinations of mutations.

Thanks to cancer center pilot project funding, the Shields lab is focusing on three genes that, when mutated, are associated with resistance to cancer therapies. Using bio-banked biopsies from patients diagnosed with non-small cell lung cancer, they are investigating at the single-cell level how cancer cells and their neighboring immune cells interact. Understanding the biology of these cell interactions will inform future drug development to overcome therapy resistance and ultimately help patients diagnosed with non-small cell lung cancer with these mutations.

Cancer cells are adaptive and can evade the immune cells designed to kill them. Mark Kaplan, PhD, has found that a protein called IL-9 helps lung tumors grow by influencing immune cells called macrophages. This protein changes how the immune cells work by increasing the activity of an enzyme called Arg1.

His cancer center pilot project aims to further investigate how these immune cells influence cancer growth and how the Arg1 enzyme impacts cell function. By establishing a detailed understanding of these complex functions, Kaplan hopes to identify new treatment strategies for lung cancer.

Pilot projects like these are funded by donors like you. These projects allow researchers to gather meaningful data to then apply for significant external funding.

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For other ways to support lung cancer research, contact Amber Kleopfer Senseny at 317-278-4510 or akleopfe@iu.edu.

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