Research being done at Washington University in St. Louis could result in more efficient ethanol production.
The research by adjunct professor of biology in Arts & Sciences Erik E. Nielsen, Ph.D. was published in a recent edition of The Journal of Cell Biology, according to a news release.
Nielsen’s research is the first to identity some of the membrane trafficking steps in the deposition of cell wall components — a lightly researched area. His study is important because cotton, wood and other plant fibers that are vital to everyday life rely on the plant cell wall, which gives wood the strength needed for construction and furniture, among other uses, and cotton fibers the elasticity for use in cloth. The research could lead to crops with stalks that can be used to produce biofuels more efficiently and with less waste.



An energy industry analyst believes the government is underestimating the ethanol demand outlook.
Washington state is on track for it’s first ethanol plant.
Several recent surveys and studies relating to ethanol provide some insight into what consumers think about ethanol, how biotechnology can help fill the demand for both food and fuel, and how domestic sources of energy like ethanol can help revitalize the rural economy. This “Fill Up Feel Good” podcast discusses the results of these studies.
Maui-based
The
The
A University of Rhode Island plant geneticist has launched “Project Golden Switchgrass” to develop “the variety of enhanced switchgrass that everyone needs” as an alternative crop to produce ethanol.