As the pharmaceutical landscape goes, there are a fairly large number of treatment options for epilepsy. But there are also a fairly large number of patients for whom none of those options work. "A lot of patients with epilepsy are still not well treated," Gary Yellen told BioWorld Today.
CHICAGO – Roche AG subsidiary Genentech Inc. and partner ImmunoGen Inc. had what looks to be another winner at Sunday's plenary session of the American Society of Clinical Oncology (ASCO) annual meeting.
CHICAGO – On the last day of the 2012 American Society of Clinical Oncology (ASCO) meeting, the crowds had thinned enough so that the convention center staff no longer had an individual on duty in the East Hall whose sole task it was to exhort conventioneers to "stay right by order of the fire marshal."
As I may have mentioned before, I love the IgNobel Prizes. So imagine my delight when I found myself in a session at ASCO’s 2012 annual meeting earlier this week listening to the speaker, Anthony Tolcher, talking about The Invisible Gorilla. (If you haven’t heard about the experiment that demonstrated the existence of invisible gorillas, you can try it for yourself with this video. But do it before you read the rest of this blog post, because it will not work if you know what it’s about.) In short, the invisible gorilla is a jarring example of what Christopher Chabris...
CHICAGO – With five-year survival rates of 15 percent, lung cancer treatment is not, overall, one of oncology's poster children. Partly, that's due to the sheer genomic complexity of the disease. And the disease, like its most frequent cause, smoking, comes with social stigma.
CHICAGO – Roche AG subsidiary Genentech Inc. and partner ImmunoGen Inc. had what looks to be another winner at Sunday's plenary session of the American Society of Clinical Oncology (ASCO) annual meeting.
CHICAGO – Given the fact that President Obama was in Chicago for his own purposes on Friday and Saturday, leading to posted warnings about possible travel delays in the conference shuttles, the first astounding bit of news out of the American Society of Clinical Oncology (ASCO) meeting may have been that all speakers made it to the opening press briefing.
Two groups reported new advances this week in one area of bio-nanotechnology, namely the quest to design protein units that can self-assemble into more complex structures.
Scientists have identified a new characteristic that could be used to identify progenitor cells that are particularly likely to differentiate into bone, cartilage and fat, respectively. Instead of the usual cell surface markers, they measured the mechanical characteristics of one type of stem cell, the mesenchymal stem cell, and were able to predict whether a given cell was more likely to differentiate into bone, cartilage or fat.
