Join us April 18 at WSU Innovators in Seattle to learn more about how WSU’s work in Africa affects health in North America
Attend WSU Innovators to hear from two researchers working with Dr. Call, as well as Dr. Guy Palmer, the Allen School’s co-founder and senior director for global health at WSU. Tina Vlasaty of the Washington Global Health Alliance will moderate the panel.
The panelists will discuss the global-to-local approach needed to curb the emergence of antimicrobial resistance, and WSU’s role in developing solutions.
For decades, doctors have trusted antibiotic medicines to fight Infectious bacteria, saving lives and restoring health. Lately, though, the drugs often fail. To blame are newly emerging antibiotic-resistant bacteria.
Drug-resistant bacterial infections cause nearly 23,000 deaths annually in the United States. Globally the annual death toll could be as high as 700,000.
WSU is part of global effort
Stopping antimicrobial resistance (AMR) requires a global effort. Washington State University is helping to lead the charge.
In the Paul G. Allen School for Global Animal Health, where experts study the emergence and spread of disease, researchers are examining the role … » More …
Building parent participation and shifting administrator mindsets
In 2010, 47 percent of children under the age of five belonged to a racial or ethnic minority group. That statistic signifies a shift in the demographics of tomorrow’s classrooms.
As the nation’s K-12 students become increasingly diverse, school environments, educational policies, and teaching best practices must take students’ cultural backgrounds into account. Research of Dr. Katherine Rodela anticipates changes needed in K-12 schools. The educational leadership professor is rethinking the role of parent leadership in school systems. She is also examining how district leaders can develop an equity mindset—the belief that by engaging members of … » More …
Research probes how radiation changes nuclear waste over time
Safe management of nuclear waste is vital to national security and a primary mission of the U.S. Department of Energy (DOE). Approximately 300 million liters of highly radioactive wastes are stored in underground tanks at the Hanford Site in Washington and the Savannah River Site in South Carolina.
Wastes stored in tanks at Hanford have been there for decades. Radiation present in the wastes drives chemical changes that are neither well understood nor predictable. DOE estimates it will take at least 50 years and $300 billion to process the wastes into forms fit for disposal using … » More …
Every year, reused and infected hypodermic needles cause 1.3 million deaths. Two 2016 WSU bioengineering graduates developed a cost-effective solution.
Emily Willard and Katherine Brandenstein designed a sterilizing cap that fits over the opening of a vaccine vial, decontaminating needles to help save lives. Both young women are researchers at heart, but dove into the world of business to turn their discoveries into a technology for commercialization. With help from entrepreneurship experts at WSU, Willard and Brandenstein developed a prototype of their product and launched a company.
The duo won the WSU Business Plan competition and the University of Washington’s first … » More …
Helping the Columbia Basin withstand climate change
In Washington’s Columbia River basin, climate change has diminished snow storage, a significant source of summer water for the region. At the same time, population growth is escalating demand for water.
The basin is home to farms and ranches that feed the state. Hydropower generates more than half of the Pacific Northwest’s electricity, most coming from the Columbia River.1 Resources must be deftly managed to develop the region’s resilience to climate change.
Population growth and climate change strain interdependent food, energy and water systems. WSU researchers have long studied each of these systems alone. A recent $3 million grant from the National … » More …
A complete picture of U.S. history requires the information held in tribal archives, libraries, and museums (TALMs). While many major libraries and museums now digitize their collections for access and use, many TALMs lack the resources to do so. In addition, traditional content management systems are organized under Western standards, not allowing for local narrations and other cultural practices and protocols important to archiving Native heritage.
Digitally preserving and sharing stories, artifacts, and images from diverse cultures is important in a technologically advancing world. WSU researcher Kim Christen is ensuring that digital history includes Native American voices stored and … » More …
WSU created a brand new apple variety called Cosmic Crisp™, known for its excellent flavor, good texture, and superior storage. Cosmic Crisp™ is a cross between Enterprise and Honeycrisp.
More than 600,000 trees are expected to be planted this spring, and growers have ordered over 5 million trees for 2018. First harvest will be in 2019. Fruit will become widely available to consumers in 2020.
Cosmic Crisp™ is the latest example of WSU’s world-class tree fruit breeding program and the University’s commitment to the state’s tree-fruit industry.
In Kenya, 42 percent1 of the population falls below the poverty line. Lack of health care among the impoverished increases the risk of hard-to-control disease outbreaks. Understanding and preventing infectious disease threats among vulnerable populations in rural and urban settings is important to global health security.
Kariuki Njenga addresses these challenges using a “One Health” approach, which recognizes that human health is connected to the health of animals and the environment. With a $3.4 million, five-year grant from the Centers for Disease Control and Prevention (CDC), Dr. Njenga conducts investigations that aim to combat major health challenges in Kenya, … » More …
Revealing secrets of material behavior at extreme conditions
While exposing a sample of silicon to extreme dynamic compression–due to the impact of a nearly 12,000 mph plastic projectile–WSU scientists documented the transformation from its common cubic diamond structure to a simple hexagonal structure. At one point, they could see both structures as the shock wave traveled through the sample in less than half a millionth of a second.
WSU led the development of this experimental capability, which allows scientists to watch atomic-level changes unfold in the composition and behavior of materials under extreme conditions. Experiments take place in a facility called the Dynamic Compression Sector … » More …