Ian Lamont writes "The Personal Genome Project has released the data sets and descriptions of traits, ethnic background and other information of the first ten volunteers, which include the project director and nine other people with backgrounds in genetics, medicine, and biotechnology. While the human genome was first sequenced at the beginning of this decade, what's special about this project is these 10 participants are having their names, genome, and other personal data gleaned from questionnaires shared openly on the Web, where interested researchers can freely access them. One of the ultimate aims of the project is to create a public database of 100,000 volunteers that researchers and other parties can use to determine what traits, diseases or other characteristics are associated with specific genetic markers. When asked why volunteers are requested to attach their names to the Web records, the project director said the data could be used by researchers in other fields outside of genetics, including forensic science and historical research. While this project opens the door for some interesting and potentially life-saving research, there may also be difficulties or problems for people whose records are posted on the Web. Would you participate? Would you share your name, along with your genome, disease history, and traits? Why or why not?"Read more of this story at Slashdot.
chrnb sends along this quote from a report at Reuters: "Filling your vehicle's tank with fuel made from algae is still as much as a decade away, as the emerging industry faces a series of hurdles to find an economical way to make the biofuel commercially. Estimates on a timeline for a commercial product, and profits, vary from two to 10 years or more. Executives and industry players who gathered at the Algae Biomass Summit this week in San Diego said they need to push for breakthroughs along the entire chain — from identifying the best organisms to developing efficient harvesting methods. ... So far on the list: finding the right strain of algae among thousands of species that will produce high yields; designing systems where the desired algae can multiply and other species don't invade and disrupt the process; and extracting its oils without degrading other parts of the algae that can be made into side products and sold as well."Read more of this story at Slashdot.