Going Green...Literally

In the December 22, 2008 special energy issue of Optics Express, the Optical Society of America's open-access journal, Professor Anastasios Melis and graduate student Mautusi Mitra of the University of California, Berkeley, described a new method for using microalgae to make biofuel. Such a method may make it possible to produce fuel at a rate of 30 times that of other biofuels, greatly reducing production costs and ultimately providing a cheaper, renewable source of fuel.

A Heart-Changing Moment

Nearly everyone uses plastic every day. But did you know that this seemingly innocuous material might be hurting our hearts at the same time? Bisphenol A, or BPA, is a major component of plastics and is found in many objects such as PVC pipes, food cans, and drink containers. Detectable in the bodies of 90% of the American population, it is one of the most widely produced and used chemicals. Recent studies have shown that there is a link between high levels of BPA and heart disease.

H1N1 Vaccine: The Differences Make All the Difference

This past summer, researchers at Rice University published a paper that could revolutionize the way in which vaccines are manufactured, assisting thousands of people during the current H1N1 virus crisis. Rice Professor of Biochemical and Genetic Engineering Michael Deem came up with a new way of making vaccines, which may be applicable to researchers creating a vaccine for H1N1 "swine" flu. This paper was recently published in the journal Protein Engineering, Design, & Selection.

Department of Energy

The United States Department of Energy (DOE) provides a wealth of opportunities for undergraduate students interested in conducting research in the fields of science and engineering. Through the DOE's Office for Workforce Development for Teachers and Scientists, undergraduate students are placed in one of the several national laboratories for a ten to sixteen week long internship, performing novel research with a DOE staff scientist.

Aerodynamic Revolution

On December 15th, 2009, Boeing 787 Dreamliner took flight from Paine Field, Everett for the first time amid hundreds of spectators and looming clouds. The historic three hour test flight marked a new era in aeronautical engineering; the airliner is touted to be Boeing's most fuel-efficient airliner and the first to use composite materials in its construction. After over two years since its original launch date, the Boeing 787 Dreamliner has finally arrived as the next coveted commercial airliner.

CT Based Semi-Automated Method for Pneumonia Severity in Mice

Community-acquired pneumonia is an important clinical problem, with high rates of misdiagnosis and mortality. Diagnoses are typically conducted using two-dimensional chest x-rays, which have shown to be generally time-consuming and inaccurate, so current diagnostic methods should be improved. The goal of this research was to utilize Micro-Computed Tomography (MicroCT) and image analysis software to develop a diagnostic algorithm to quantitatively assess the severity of pneumonia in mice. This method provides immediate, more precise, and more accurate diagnoses as opposed to the qualitative assessments done by radiologists at present. MicroCT provides opportunities for non-invasive radiographic endpoints for pneumonia studies