A recent study showed that molecular tumor boards coupled with cognitive computing with IBM's Watson could improve patient care by providing a rapid, comprehensive approach for data analysis.
Cancer and Genetics
Researchers analyzed samples from 1,122 patients with advanced-stage NSCLC and discovered that 92.9% of tumors from harbored multiple changes in cancer-related genes in addition to the EGFR driver mutation.
Using a CRISPR gene editing technique, researchers have identified dozens of new genes that create T-cell resistant cancer.
Comprehensive sequencing for all breast cancer genes may provide complete relevant genetic information for Ashkenazi Jewish patients.
Researchers have discovered new associations between breast and ovarian cancer and genes that had not been previously detected, and which may help guide treatment decisions in the future.
A new study in JCO suggests that genetic variations within AML patients with CD33 may predict their response to gemtuzumab ozogamicin.
Men with prostate cancer and one additional primary cancer may harbor a mutation in a cancer-predisposing gene, but the majority of these men do not meet criteria for clinical genetic testing.
A subpopulation of T cells called tissue resident memory cells may be able to determine which cancer patients' immune systems can mount an effective anti-tumor response
In this video, Dr. Edward Kim provides details on the TAPUR trial, which uses broad genomic test results to aid in precision medicine for cancer patients.
A two-pronged algorithm, which includes an analysis for a gene signature and tumor mutational burden, may be a potential new tool for predicting treatment response to checkpoint inhibitors.