Analysis of transportation data may help predict pass on of flu epidemic across the U.

Rabies pass on by raccoons, for instance, will generate a wave-like pattern of transmission across a geographic space. People, however, are a lot more mobile, traveling by rail often, road and air. The human mobility effect of an epidemic stands out starkly on the global level. For instance, through the 2003 outbreak of serious acute respiratory syndrome , airline travel connected situations in people from Asia and Canada clearly. The researchers wanted to see if they could detect a correlation to flexibility and the genetic structure of seasonal flu situations on a national scale for america. Related StoriesSekisui Diagnostics launches brand-new OSOM Flu, hCG and iFOB testsNew national report on use of antiviral drugs to treat, prevent influenzaTaking measures to prevent, protect against fluThe research tapped Genbank, an online, general public repository of genetic flu data, to analyze U.S.These functional capabilities include Color Doppler FDOCT for visualizing and quantifying blood circulation and Spectroscopic FDOCT for imaged tissues and fluids. The licensed technology was created by Joseph Izatt, formerly on the biomedical engineering faculty at Case Western Reserve and now section of the biomedical engineering faculty at Duke University, and Andrew Rollins, Warren E. Rupp associate professor of biomedical engineering at Case Western Reserve. Related StoriesDiabetes avoidance starts in the wombDiabetes medication liraglutide ineffective in individuals with advanced center failureStudy explores diabetes screening for sufferers with serious mental illnessIzatt, director, chairman and chief technology officer at Bioptigen, became a member of Duke in 2001 where he is professor of biomedical engineering and ophthalmology and system director for Biophotonics at the Fitzpatrick Middle for Photonics.