First generation DNA sequencers worked by identifying bases in short sections of DNA (50-150 bases at a time). They [MORE]
When will DNA sequencing become a common option in clinical medicine? With most healthcare providers that may be a [MORE]
In 2005, The Johns Hopkins University’s Whiting School of Engineering and its School of Medicine began a collaboration called [MORE]
This piece is pretty close to a commercial ad for IBM’s “Patient Care and Insights” analytical software, but it [MORE]
A key difference between healthcare providers which claim to be offering “more personalized medicine” than ever and those that [MORE]
This piece raises the question of social factors, like employment, home location, etc, being relevant to hospital readmissions which [MORE]
iWALK
According to this piece, “iWalk (Bedford, MA) has created a system that is the world’s first proven bionic intervention that [MORE]
Partial Knee Replacement
Surgeons implant some 600,000 total knee replacements ever year, but it is a bloody business with risks [MORE]
Dr. Bert Vogelestein
A familiar assertion in “personalized medicine” is that DNA sequencing will be able to predict future health [MORE]
IBM Clinical Genomics
Not long after IBM’s “Watson” computer won the Jeopardy challenge, the machine’s adaptation to clinical medicine was [MORE]
It is common knowledge that it’s better to catch cancer in an early state than later. The reason is that [MORE]
ITOR gene sequencing chip
2012 is a big year for South Carolina’s Greenville Hospital System: it celebrates its centennial as [MORE]
Mini Sequencer
DNA sequencing is an idea that has launched many ships, and the latest technology in this field is [MORE]
While a year ago, the FDA put a hold on companies selling genomic kits directly to consumers, researchers are [MORE]