Young Scientist Program celebrates 20 years
The Young Scientist Program (YSP) will mark its 20th anniversary with a day-long symposium at 8:30 a.m. Monday, June 6, at Washington University School of Medicine.
Optical Society honors Lihong Wang
The Optical Society (OSA) has awarded the C.E.K. Mees Medal to Lihong V. Wang, PhD, the Gene K. Beare Distinguished Professor of Biomedical Engineering at Washington University in St. Louis. The medal was given for Wang’s seminal contributions to photoacoustic tomography and Monte Carlo modeling of photon transport in biological tissues and for leadership in the international biophotonics community.
Flooding will only worsen unless river management improves, says WUSTL hydrogeologist
Washington University in St. Louis hydrogeologist Robert Criss, PhD, wasn’t particularly surprised by the spring floods on the Mississippi this year. Floods are becoming more frequent and more severe, he says. “We are increasingly constraining the river by building wing dikes and higher levees and then upping the ante by building in the river’s natural flood plains” Criss says. “There are far better ways to deal with this problem than have municipalities compete with one another to build the highest levee and fight over who has the right to be protected in times of distress.”
Turning plants into power houses
Plants are less efficient at capturing the energy in sunlight than solar cells, mostly because they have to drag along evolutionary baggage. But scientists are already thinking of creative ways to fix the inefficiencies.
Washington People: Kathryn G. Miller
Her nose habitually buried in a Nancy Drew mystery, little Kathy Miller spent much of her girlhood trying to crack the case. Today, Kathryn G. Miller, PhD, professor and chair of biology in Arts & Sciences, still is playing detective. With Sherlock Holmes-like intensity, Miller studies cells the way a special agent scrutinizes a crime scene.
Krantz to be honored at Midwest Several Complex Variables Conference
Washington University in St. Louis is hosting the Midwest Several Complex Variables (SCV) May 11-14 in honor of Steven Krantz, PhD, professor of mathematics in Arts & Sciences at WUSTL and John Erik Fornaess, PhD, professor of mathematics at the University of Michigan.The conference is expected to bring to campus more than 80 mathematicians from around the country and the world.
Media Advisory
Local high school students will launch hand gliders designed over the course of the spring semester in the final flight of the Boeing Engineering Challenge at Washington University in St. Louis. Some 120 students will compete from 4:30 to 6 p.m. Friday, May 6, in the university’s Athletic Complex Field House.
Rice’s origins point to China, genome researchers conclude
Rice originated in China, a team of genome researchers has concluded in a study tracing back thousands of years of evolutionary history through large-scale gene re-sequencing. Their findings, which appear in the latest issue of the Proceedings of the National Academy of Sciences (PNAS), indicate that domesticated rice may have first appeared as far back as approximately 9,000 years ago in the Yangtze Valley of China. Previous research suggested domesticated rice may have two points of origin — India as well as China.
Jump in communication skills led to species explosion among electric fishes
The Mormyridae, a family of African fishes that communicate by means of weak electic discharges, has more than 200 species. Given its diversity a Washington University in St. Louis biologist wondered whether changes in electric communication might have influenced rates of speciation. His work showed that the fishes evolved a complex signal-processing brain before a burst of speciation, that signal variation was higher among fishes with that brain, and that these fishes could distinguish among subtly different discharges, whereas others could not.Together it adds up to a strong case for brain evolution triggering increased diversification.
Inverting a standard experiment sometimes produces different results
The standard experimental setup for measuring the cellular uptake of nanoparticles is to place cells in a well on a culture plate and cover them with culture medium containing nanoparticles. The assumption underlying these experiments is that the particles remain well-dispersed. But when a Washington University scientist turned cell cultures upside down, he discovered that this assumption doesn’t always hold. Some experiments preparing for the clinical use of nanoparticles may therefore need to be redone.
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