"If the history of public health has until now been embodied by the map—as in British physician John Snow’s famous map, which allowed him to curb the London cholera outbreak of 1854 and to found, in doing so, the modern field of epidemiology—Snitkin was embarking on a new kind of epidemiology: one founded on the phylogenetic tree." Writing for Wired, Carl Zimmer describes how Evan Snitkin and Julie Segre used genome sequencing to halt a bacterial outbreak at the National Institute of Health's Clinical Center. (via The Feature)
Rosalind.info is a website with bioinformatics problems inspired by Project Euler (previously, previouslier.) [more inside]
In 2001, we learned the sequence of our genome; now, we have amassed a vast amount of knowledge about what those sequences actually do. Yesterday, the data from the ENCODE project went live. [more inside]
A hive plot (slides) is a beautiful and compelling way to visualize multiple, complex networks, without resorting to "hairball" graphs that are often difficult to qualitatively compare and contrast. [more inside]
We may soon be able to clone Neanderthals. But should we? An essay from Archaeology Magazine examines the ethical, scientific and legal ramifications. (Via Heather Pringle's Time Machine blog, where essay author Zach Zorich posted a reply and elicited a response.) [more inside]
A little detective work traced the problem to default date format conversions and floating-point format conversions in the very useful Excel program package. The date conversions affect at least 30 gene names; the floating-point conversions affect at least 2,000 if Riken identifiers are included. These conversions are irreversible; the original gene names cannot be recovered.Yet another reason not to use Excel as your "database".
2 GB of data per second, piggybacking on your skin's electrical field. You == organic lan for small electronic devices. And it's a little more secure than bluetooth. via kottke, like everything else.