The results have just been published in the scientific journal Nature Communications. Chromosome segregation Recently there has been a lot of interest in understanding the chromosome segregation process and the impact of the protein BubR1…
In a world-first the researchers were able to show that changes in the isotopic composition of zinc, which can be detected in a person’s breast tissue, could make it possible to identify a ‘biomarker’ (a measurable indicator) of early breast cancer. A report of the research by the Oxford University-led team, which included researchers from Imperial College London and the Natural History Museum, London, is published in the Royal Society of Chemistry journal Metallomics. The pilot study analysed zinc in the blood and blood serum of ten subjects (five breast cancer patients and five healthy controls) alongside a range of breast tissue samples from breast cancer patients. By using techniques that are over 100 times more sensitive to changes in the isotopic composition of metals than anything currently used by clinicians, the researchers were able to show that they could detect key differences in zinc caused when cancer subtly alters the way that cells process the metal…
In a world-first the researchers were able to show that changes in the isotopic composition of zinc, which can be detected in a person’s breast tissue, could make it possible to identify a ‘biomarker’ (a measurable indicator) of early breast cancer. A report of the research by the Oxford University-led team, which included researchers from Imperial College London and the Natural History Museum, London, is published in the Royal Society of Chemistry journal Metallomics. The pilot study analysed zinc in the blood and blood serum of ten subjects (five breast cancer patients and five healthy controls) alongside a range of breast tissue samples from breast cancer patients…
Triple-negative breast cancer is characterized by the absence of estrogen and progesterone receptors and the HER2/neu protein in breast cancer cells. That in itself presents a challenge in treating the disease, as it does not respond to hormonal- or HER2-targeted therapies that provide for positive outcomes in other subtypes of breast cancer. Triple-negative breast cancers are often deficient in DNA repair and other specific cellular pathways that make them susceptible to DNA damage. There is growing evidence that suggests platinum-based agents may offer improved outcomes in treating the subset of triple-negative breast cancer because of their specificity for causing DNA damage…
In a world-first the researchers were able to show that changes in the isotopic composition of zinc, which can be detected in a person’s breast tissue, could make it possible to identify a ‘biomarker’ (a measurable indicator) of early breast cancer. A report of the research by the Oxford University-led team, which included researchers from Imperial College London and the Natural History Museum, London, is published in the Royal Society of Chemistry journal Metallomics. …
Triple-negative breast cancer is characterized by the absence of estrogen and progesterone receptors and the HER2/neu protein in breast cancer cells. That in itself presents a challenge in treating the disease, as it does not respond to hormonal- or HER2-targeted therapies that provide for positive outcomes in other subtypes of breast cancer. …
In a world-first the researchers were able to show that changes in the isotopic composition of zinc, which can be detected in a person’s breast tissue, could make it possible to identify a ‘biomarker’ (a measurable indicator) of early breast cancer. …
The study suggests that doctors and patients may find it difficult to withhold treatment previously considered standard of care, even in the setting of high quality data demonstrating that the advantages are small. “The onus is on physicians to critically analyze data to shape our treatment recommendations for patients, weighing the potential toxicities of treatment against clinical benefit,” said Rachel Blitzblau, M.D., Ph.D., the Butler Harris Assistant Professor of Radiation Oncology at Duke University Medical Center. Blitzblau was the senior author of a study published online Dec. 8, 2014, in the journal Cancer. …
The team identified a critical pathway of molecular signals which throw a lifeline to cancer cells, enabling them to survive even though they contain vast DNA errors which would usually trigger cell death. The PKCƐ signal pathway, which is used by cancer cells but rarely by normal cells, could be important in targeting some cancer cells as they rely on this pathway to survive…
The new report by Cancer Research UK and the National Cancer Intelligence Network reveals the difference in rates of surgery across 21 different cancer types. While many factors might be at play — frailty, suffering more than one illness, being diagnosed at a late stage, patients choosing not to undergo surgery — these statistics paint a worrying picture. Younger cancer patients were more likely to have surgery for 19 cancer types, with the largest differences between age groups seen in kidney and ovarian cancers. …