Can differences in genomic immune system signatures detect lung cancer before it takes hold?
There’s aspirin for colorectal cancer and statins for cardiovascular disease, but for the leading cause of cancer deaths globally — lung cancer — there’s no tool in the doctor’s arsenal to arrest or prevent the fatal disease (apart from smoking abstinence). But a new study suggests genomic immune system disparities may play a crucial role in the development of lung cancer, setting the stage for fresh therapeutics that could arm the immune system to better fight cancerous cells from anchoring in the lungs.
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