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Instruments Find A Home On The Range

Shimadzu and the University of Texas, Arlington, build a sprawling technology partnership

by Ann M. Thayer
September 2, 2013 | A version of this story appeared in Volume 91, Issue 35

Credit: UT Arlington
Students work in the Shimadzu Center for Advanced Analytical Chemistry at UT Arlington.
Students in the Shimadzu Center for Advanced Analytical Chemistry, part of the Shimadzu Institute for Research Technologies at UT Arlington.
Credit: UT Arlington
Students work in the Shimadzu Center for Advanced Analytical Chemistry at UT Arlington.

Even instrumentation centers are bigger in Texas. A recently launched partnership between Shimadzu Scientific Instruments (SSI) and the University of Texas, Arlington, is setting new standards for gift giving by an instrumentation company and for cooperation between industry and academia in the field of analytical technology.

The partners are creating the Shimadzu Institute for Research Technologies (SIRT), which will encompass two teaching labs and five separate centers spanning analytical chemistry, imaging, genomics, and materials analysis. The five-year goal is to create nearly self-sustaining instrumentation resources to support the independent research of a broad range of UT system faculty and students, as well as corporate partners, including Shimadzu.

Collaboration with university researchers is a common practice among instrumentation providers. For example, Waters Corp. supports about 20 single-investigator centers of excellence. And Agilent Technologies has a multiyear, multi-million-dollar commitment to the Synthetic Biology Institute at the University of California, Berkeley.

With $25.2 million in equipment, however, the UT Arlington effort stands out for its scope and scale. In February 2013, after SSI pledged an additional $7.5 million to support the operation of the institute—the largest gift the university has ever received—UT Arlington gave the initiative its name. Although SSI will be a scientific collaborator and make technicians available to maintain the university-purchased equipment, the company is not involved in managing the center, says UT Arlington’s vice president of research, Carolyn L. Cason.

“The sheer magnitude and breadth of instruments, as well as the cohesiveness of it all being one brand and being maintained, puts us on pretty unique ground,” boasts UT Arlington chemistry professor Kevin A. Schug, who was instrumental in getting the partnership off the ground.

Getting to this point was a stepwise process, says Terry Adams, SSI’s vice president for marketing. Based in Maryland, SSI is the U.S. arm of the Japanese instrument maker Shimadzu. Although its parent has connections with Japanese universities, SSI had been looking to create its own U.S.-based partnership. With an office in Houston, its business was already growing in Texas.


The Shimadzu Institute for Research Technologies features the following centers and labs:

◾ Shimadzu Center for Advanced Analytical Chemistry
◾ Center for Bio-Molecular Imaging
◾ Center for Environmental, Forensics & Material Analysis
◾ Center for Human Genomics
◾ Materials Genome Center
◾ Chemistry and biochemistry teaching lab
◾ Biology teaching lab

Shimadzu also was familiar with Schug’s research since his days as a graduate student. He joined the UT Arlington faculty in 2005 and set up a lab that included Shimadzu equipment. Soon after, scientists in the region began approaching him about research projects, some of which were outside his expertise. “I saw a big need for some type of core facility here but wasn’t quite sure how to go about it,” Schug says.

Eventually, Schug worked with SSI to propose a new chemistry instrumentation center at the university. In the spring of 2012, UT Arlington signed off on the Shimadzu Center for Advanced Analytical Chemistry (SCAAC). The $6.7 million center combines $3.7 million in purchases by the university and a $3 million in-kind contribution from Shimadzu. The center is now the first operational unit under the broad SIRT umbrella.

“It wouldn’t have happened had we not had a very good relationship with Shimadzu and a forward-looking administration,” Schug says. The initiative established the Shimadzu Distinguished Professor of Analytical Chemistry chair, which Schug now holds. Since July, he has also served as Shimadzu science adviser to UT Arlington’s vice president for research.

When SCAAC opened in April 2012, it was the largest installation of analytical instrumentation from Shimadzu in the Western Hemisphere. By October 2012, UT Arlington had agreed to buy another $18.5 million in Shimadzu instrumentation to start two more centers. One for biomolecular imaging is getting under way, while an environmental, forensic, and materials analysis center is set to open by spring 2014.

Along with these three facilities, SIRT will include an existing materials lab and a human genomics center. Although the centers reside in separate departments and buildings, access is open to researchers in all disciplines, says Joe A. Barrera, who became SIRT director in February. Meanwhile, the chemistry and biology departments will expose even nonmajor undergraduate students to advanced instrumentation in the teaching labs through their own curriculum.

Each of the centers will have a manager and a senior scientist, Barrera explains. “We want to see how we can apply these instruments and push the boundaries of research,” he says. As the centers grow and establish services, SIRT will hire more staff to operate instruments and analyze samples.

“We will have several routes to access the centers, including sample submission and analysis, and open access where researchers can come and use the instrumentation,” Barrera says. To recoup most of the operating costs and reduce the need for university subsidies, SIRT has a three-tier fee structure: The lowest rate is for Texas universities, another is for outside academic institutions, and one is for commercial interests.

“A lot of industries will want to use this kind of instrumentation, especially smaller companies that just don’t have the resources,” Barrera says. “Industry customers will help recoup some of the cost, but at the same time we also look to harness collaborative relationships between industry and our own faculty.” Projects already under way include developing methods for analyzing water and assaying estrogen in biomedical studies.

The university’s vision for SIRT is “a great mix of academics, graduate research, and external services,” SSI’s Adams says. The institute also fits with Shimadzu’s desire to see its instruments used widely and may serve as a testing ground for the company. “As we bring out new technology, UT Arlington will be one of the first sites we will take it to prior to launching it in the U.S. marketplace,” he says.

Both the university and SSI see the relationship as more than client and provider, and they are excited about an exchange of scientists and research that is beginning to take place. “It’s not a sales situation. We have a center where we can be open and frank with each other,” Adams says. “They can tell us what is wrong with our instruments, and we try to fix it and vice versa.”

He’s also keen about working with young scientists at UT Arlington. “I see them sort of as a farm team for us,” he admits. “I need strong students coming out of school to come to work for Shimadzu.”

Even though not all the centers are operating, UT Arlington’s departments are already using them to attract faculty and students, Cason says. With about 33,500 students, UT Arlington is the second-largest school within the UT system.

“Our annual research expenditures are running about $72 million,” Cason says, which makes the scale of the investment significant. “The institute will have significant impact in research and help us accomplish a doubling of our research expenditures within four years.” Those are some big numbers, even for Texas.


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