Washington University in St. Louis ends sales of bottled water
WUSTL has fielded questions from groups from other universities about how WUSTL implemented the bottled water ban.Faculty, students and staff on Washington University in St. Louis’ Danforth, North and West campuses no longer can find bottled water in vending machines or at most campus eateries. Because of concerns about the environmental impact of bottled water, WUSTL ended sales of the product in January, and administrative offices no longer offer bottled water at events and meetings.
Volunteers sought to help with college exam prep
Students, staff and faculty are invited to volunteer by Feb. 27 for a new component of the Each One Teach One program: Helping high school students prepare for Advanced Placement exams.
I-CARES open house Feb. 27
The International Center for Advanced Renewable Energy and Sustainability will hold an open house at 4 p.m. Feb. 27 in the Wilson Hall Third Floor Atrium.
Poet Brenda Shaughnessy to speak for Writing Program Reading Series March 5
ShaughnessyPoet Brenda Shaughnessy will read from her work at 8 p.m. Thursday, March 5, in Hurst Lounge, Room 201, Duncker Hall, on Washington University’s Danforth Campus. Her collection titled “Human Dark with Sugar” is one of five finalists for the 2008 National Book Critics Circle Award in poetry.
Bacteria in urinary tract infections caught making burglar’s tools
Differences in the way they use their genes cause different strains of the E. coli bacterium to take on different hues.Bacteria that cause urinary tract infections (UTIs) make more tools for stealing from their host than friendly versions of the same bacteria found in the gut, researchers at the School of Medicine and the University of Washington have found. The tools, compounds called siderophores, allow the bad bacteria to steal iron from their hosts, making it easier for the bacteria to survive and reproduce.
Steinberg Hall to be rededicated with celebration
Photo by Herb WeitmanHaving undergone a renovation, Steinberg Hall will take the spotlight at a rededication celebration Monday, Feb. 23, that includes renaming Steinberg Auditorium after Etta Eiseman Steinberg (left).
Brain cells’ hidden differences linked to potential cancer risk
Brain cells long lumped into the same category have hidden differences that may contribute to the formation of tumors, according to a new study from researchers at the School of Medicine. Scientists showed that brain cells known as astrocytes make use of different genes depending on what region of the mouse brain they came from. These differences are too subtle to overtly mark them as distinct cell types, but substantial enough to make it easier for the cells to multiply more in response to genetic changes that increase cancer risk.
A post-racial society? Students and faculty talk about race and identity for next Assembly Series
The inauguration of the first African-American president was a milestone in American race relations, but to most members of a minority, the judgment that the U.S. is now a post-racial society is quite premature. On February 25, at 4 p.m. in the Danforth University Center, several WUSTL students and faculty will gather to lead a conversation about race and identity. The Assembly Series event, free and open to the public, will be held in the Center’s Fun Room.
Children’s Discovery Institute awards new research grants
The Children’s Discovery Institute has awarded 15 new research grants, bringing the total investment in finding cures and treatments for devastating childhood diseases to more than $11.5 million since 2006. The new awards, which began Feb. 1, total just over $4 million and were given to 15 researchers in seven departments at the School of […]
Genetic information can improve administration of anticoagulant
Each year in the United States, doctors start about 2 million patients on warfarin (Coumadin™), an anticoagulant drug that’s notoriously hard to administer. Now a study from the International Warfarin Pharmacogenetics Consortium (IWPC), which includes researchers from the School of Medicine, confirms that using a patient’s genetic information can make it easier to get the warfarin dose right.
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