Cancer has always been thought of as something that grows rapidly and uncontrollably, but this view may be wrong. New evidence suggests that cancer alternatively uses the “accelerator” and the “brake” in order to survive.
Augmented reality might not be able to cure cancer (yet), but when combined with a machine learning algorithm, it can help doctors diagnose the disease.
Researchers at Google have developed an augmented reality microscope (ARM) that takes real-time data from a neural network trained to detect cancerous cells and displays it in the field of view of the pathologist viewing the images.
Cancer is the No. 2 cause of death in the US, second only to heart disease.
It fundamentally affects the way our cells grow and divide, changing them in perverse ways. All cancer is a result of damage or genetic mutations in our DNA. The nasty, debilitating class of diseases spreads through a body like an invading army, as toxic cells grow relentlessly into unruly tumors.
When patients connect online, they often share information that reveals how treatments work in the real world.
When Allison Ruddick was diagnosed with stage 3 colorectal cancer in October 2014, she turned to the world of hashtags.
After her initial diagnosis it wasn’t clear if the cancer had metastasized, so she was in for a nerve-wracking wait, she says. She wanted outside advice. “But they don’t really give you a handbook, so you search kind of anywhere for answers,” Ruddick says. “Social media was one of the first places I went.”
Since its debut six years ago, Redwood City-based startup Auris Health has quietly raised $500 million to develop a series of tools designed to innovate surgical robotics technology.
The company’s latest product, Monarch, is a controller-operated robotic camera that allows physicians to visualize the inside of the human body.
The technology, which was approved by the FDA earlier this month, could become a key tool in helping physicians diagnose lung cancer early on.
Shixiu Wu, president of the Hangzhou Cancer Hospital, has started treating patients with advanced forms of cancer with modified T-cells. Despite his success, others worry China’s lack of tight research regulations could be putting patients at risk.
Shaorong Deng gets an experimental treatment for cancer of the esophagus that uses his own immune system cells. They have been genetically modified with the gene-editing technique known as CRISPR.
Science fiction no more — in an article out today in Nature Biotechnology, scientists were able to show tiny autonomous bots have the potential to function as intelligent delivery vehicles to cure cancer in mice.
Some cancers are difficult to beat, even with modern drugs. New research sheds light on how one type of chemotherapy provides a safe haven for tumor cells, boosting cancer recurrence and growth in the long-run.