NDSU Faculty Receive National Science Foundation CAREER Awards

Article ID: 633347

Released: 27-Apr-2015 12:05 PM EDT

Source Newsroom: North Dakota State University

  • Credit: NDSU

    Dr. Peter Bergholz, assistant professor in Veterinary and Microbiological Sciences at North Dakota State University, Fargo, is the recipient of a five-year National Science Foundation CAREER Award of up to $810,513. His research team will sequence the genomes of 1,200 bacteria and look for associations between changes in the genome and changes in the soil environment. The research has implications for how new biological capabilities arise in nature, including the emergence of new infectious diseases.

  • Credit: NDSU

    Dr. Wei Jin, assistant professor in Computer Science at North Dakota State University, Fargo, is the recipient of a five-year National Science Foundation CAREER Award of up to $498,433. Her research focuses on ways to develop smarter, more efficient methods to search for connections across documents, exploring automated solutions for sifting through extensive document collections. Potential applications of the research include biomedical and healthcare applications, homeland security, and aviation safety.

Newswise — National awards received by two faculty members at North Dakota State University, Fargo, will bring a combined $1.3 million to their respective research programs at NDSU. The awards also will provide research opportunities for students.

Peter Bergholz, Ph.D., assistant professor in Veterinary and Microbiological Sciences, and Wei Jin, Ph.D., assistant professor in Computer Science at NDSU, each are receiving five-year Faculty Early Career Development (CAREER) awards from the National Science Foundation.

Mapping the genome of bacteriaBergholz studies bacteria we can’t see, but that can make us sick. Specifically, he studies how bacteria adapt to environmental changes. Understanding microbes such as E. coli is the focus of Bergholz’s research, for which he is receiving a five-year award of up to $810,513 from NSF.

Determining how bacteria survive, thrive and adapt requires looking at the genome, or total collection of genes in an organism. “Genome sequences could tell us about every capability that an organism has, but the science is too young for that predictive power,” said Bergholz. “To make these kind of predictions, we have to know how genome characteristics relate to traits like survival in harsh conditions, or disease-causing behaviors.”

Bacteria are tough because they need to be to survive. They don’t choose where they live, but are picked up by larger organisms, wind or water and deposited by chance in different environments to which they adapt. “The research in my lab will help us to predict how the biodiversity of bacteria is generated and maintained. We’ll sequence the genomes of 1,200 bacteria and look for associations between changes in the genome and changes in the soil environment,” said Bergholz.

Bergholz and his research team will conduct soil sampling along the Buffalo River watershed in northwestern Minnesota, with potential additional samples from New York state.

More than a dozen undergraduate and graduate students, as well as a postdoctoral scholar, will be engaged in the five-year study. Bergholz also will be developing units that can be used in teaching biology and microbiology classes across the U.S. The project includes developing computer software to realistically simulate how bacteria evolve in natural environments such as agricultural landscapes. An online workshop in microbial genomics will be developed for high school and community college students in cooperation with Tribal Colleges in North Dakota.

“Our research takes an integrated approach in which we combine laboratory and field studies to gain greater insight about the development of biodiversity in bacterial populations struggling to survive in nature,” said Bergholz. “The research will advance our power to predict how bacteria evolve. That has implications for how new biological capabilities arise in nature, including the emergence of new infectious diseases.”

The research is funded by Award No.1453397 from the National Science Foundation.

Bergholz received his Ph.D. in microbiology and molecular genetics from Michigan State University, East Lansing, Michigan. At Cornell University, Ithaca, New York, he served as a research associate in food science and as a research associate and postdoctoral associate in crop and soil sciences.

Finding connections in big dataWei Jin, assistant professor of computer science at NDSU, is receiving up to $498,433 over five years through a National Science Foundation CAREER award. The research will be conducted to develop smarter, more efficient methods to search for connections across documents in a large-scale setting. The final research generated by this project potentially could impact areas such as biomedical and healthcare applications, homeland security, and aviation safety.

Current search methods may result in discovery of information limited to each individual document, without exploring knowledge across documents, according to Jin. Textual information is growing at astounding rates, creating a challenge for analysts trying to discover valuable information that is buried across documents.

“The goal of my research is to explore automated solutions for sifting through these extensive document collections to detect interesting links and hidden information that connect facts, propositions or hypotheses,” said Jin.

Existing search paradigms excel at keyword matching and document ranking, but lag in handling some emerging information discovery needs, such as relationship queries. Jin’s research will explore implicit connections between concepts across documents and work to integrate information from correlative documents into one relevant and meaningful answer. Information analysts currently perform such tasks with limited assistance from web search engines or domain-specific search systems, said Jin.

The research seeks to develop algorithms and tools that find the individual links of information that are not always obvious, yet form a chain which winds through mountains of data. The techniques also will attempt to integrate domain knowledge and relevant information from Wikipedia to complement or enhance existing information in text collections. Through the research project, four graduate students will participate in education and training opportunities to prepare students in information analysis and discovery. Jin will also develop a series of data mining courses to expose students to the frontiers of text and web mining research.

The research is funded by Award No. 1452898 from the National Science Foundation.

Jin has been an assistant professor in Computer Science at NDSU since 2008. She received her doctorate and master’s degrees in computer science and engineering from State University of New York, Buffalo. Since 1996, twenty faculty members at NDSU have received prestigious National Science Foundation CAREER awards.

Overall, National Science Foundation CAREER awardees at NDSU have received more than $10 million in grants to conduct research in biology, biochemistry, chemistry, civil and electrical engineering, computer science, pharmaceutical sciences, plant sciences, coatings and polymeric materials, and veterinary and microbiological sciences.

The National Science Foundation CAREER program recognizes and supports the early career-development activities of scholars who are likely to become the academic leaders of the 21st century. Recipients are chosen on the basis of creative career development plans that integrate research and education within the context of their university’s mission.

About NDSUNDSU, Fargo, North Dakota, USA, is notably listed among the top 108 U.S. public and private universities in the Carnegie Commission on Higher Education’s category of “Research Universities/Very High Research Activity.” NDSU is listed in the Top 100 research universities in the U.S. for R&D in agricultural sciences, chemistry, computer science, physical sciences, psychology, and social sciences, based on research expenditures reported to the National Science Foundation. As a student-focused, land grant, research institution, we serve our citizens. www.ndsu.edu/research


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