A novel, non-invasive treatment using electrical currents exploits physiological properties of dividing cancer cells to prolong survival and augment current therapies.
Electric Fields Disrupt Cancer Cell Division
Electric Fields Disrupt Cancer Cell Division
A novel, non-invasive treatment using electrical currents exploits physiological properties of dividing cancer cells to prolong survival and augment current therapies.
A novel, non-invasive treatment using electrical currents exploits physiological properties of dividing cancer cells to prolong survival and augment current therapies.
Researchers link the ability of the cells to bind and present DNA from pathogens and cell death to anemia, which is common in COVID-19, and immune activation.
The Scientist Creative Services Team in collaboration with MilliporeSigma | Mar 29, 2021 | 3 min read
A new specialized cell culture media system generates induced pluripotent stem cell-derived lung organoids that more closely resemble the diversity of cell types found in the human lung.
A “larger than life personality,” Amon devoted her career to studying the cell cycle and aneuploidy. Her research has shaped the field of cancer biology.
In light of recent reports of electronic-cigarette–related illness and death, UNC Chapel Hill professor Robert Tarran discusses the dangerous effects of e-liquids on the lungs.