685K views · 514 reactions | How does a normal cell become cancer? At MSK, researchers break it down to the molecular level, profiling the DNA of each patient to identify the unique vulnerabilities of their cancer. Watch to learn how doctors choose treatments that precisely target and exploit those weaknesses for the best outcome possible. Content by Memorial Sloan Kettering Cancer Center | Memorial Sloan Kettering Cancer Center | Facebook

12 reactions | Most women who have breast cancer will never be able to pinpoint an exact cause. What we do know is that breast cancer is always caused by damage to a cell’s DNA. Here are some factors that play a role in the development of breast cancer. Click here for the full episode: https://fb.me/e/2geqUvScv #SwasthyaKiBaatDoctorKeSaath #breastcancer #cancerawareness #oncology #oncologist #docfliq | docfliq | Facebook

12K views · 31 reactions | How do clustered circulating tumor cells initiate metastasis? Circulating tumor cell clusters may break off from a solid cancerous tissue and lead to metastatic dissemination. The Aceto Lab at ETH Zurich investigates the biology and vulnerabilities of these clusters, aiming to identify novel therapeutic opportunities. | Sci Ani | Facebook

14K views · 144 reactions | How Cigarettes cause Cancer & DNA Damage #Health #cancer | Doctor ASKY | Facebook

If you’re concerned about environmental toxins causing insidious damage to your DNA, consider sulforaphane, a powerful molecule abundant in broccoli and broccoli sprouts. Sulforaphane is one of the most potent bioactive compounds for enhancing the body’s own detoxification mechanisms, effectively reducing the toxic burden and minimizing DNA damage. Humans who eat broccoli or Brussels sprouts (both rich in sulforaphane’s precursor, glucoraphanin) show measurable reductions in DNA damage. Multiple