ON PLANTS AND WHALES. "Aquatic angiosperms are perhaps comparable to whales: They returned to the water, preserving some features of terrestrial organisms" https://lnkd.in/dAMvvbS View in LinkedIn
A TRUY REMARKABLE STUDY of chronobiology in cancer, from a collaboration involving a number of major labs and disciplines. This is a magnificent example of clinically applied basic research and supports the premise that basic research is critical for the advancement of useful knowledge. Translational medicine now has this study as a poster child of what is possible. https://lnkd.in/dT2NKaY View in LinkedIn
PRACTICAL IMPORTANCE. “Finally, we showed that the majority of clinically actionable genes strongly correlate and interact with clock genes, suggesting that the circadian timing should be considered in cancer therapy.” https://lnkd.in/dT2NKaY View in LinkedIn
NEW DIAGNOSTICS. “Clock genes showed significant difference for distinct patient subtypes within a cancer type, and may serve as promising biomarkers. Our results highlight the possible clinical utility of clock genes in human cancer.” https://lnkd.in/dT2NKaY View in LinkedIn
THE FUTURE OF ONCOLOGY. “Furthermore, we identified clock genes that have potential clinical relevance based on associations between the expression levels of clock genes and survival times, tumor stage, or subtype. Multiple clock genes are associated with patient survival and differentially expressed among tumor stages, suggesting potential alterations of clock genes during tumor progression.” https://lnkd.in/dT2NKaY View in LinkedIn
NEW TREATMENT AVENUES. “There is an urgent need to consider the disruption and/or reprogramming of circadian rhythm in cancer treatment.” https://lnkd.in/dT2NKaY View in LinkedIn
CIRCADIAN DISRUPTION IN CANCER. “Our study showed a global disruption of circadian rhythms in both patient samples and cancer cell lines. In cancer patients, number of genes correlated to clock genes is largely reduced, suggesting the disruption of circadian rhythm.” https://lnkd.in/dT2NKaY View in LinkedIn
MULTILEVEL STUDY. “Our comprehensive analysis of clock genes at the transcriptional, genetic, and epigenetic level is the crucial step to understand the functional roles of clock genes across different cancer types.” https://lnkd.in/dT2NKaY View in LinkedIn
OUTCOME PREDICTIONS. “Despite the relatively low mutation frequency of clock genes, combinations of mutations in multiple clock genes may provide prognostic value.” https://lnkd.in/dT2NKaY View in LinkedIn