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Spring 2010 Gustavus Quarterly

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Alex Messenger ’10<br />

22<br />

THE GUSTAVUS QUARTERLY<br />

continued from previous page<br />

A Zeiss training specialist (foreground)<br />

demonstrates the capabilities of the<br />

College’s new Zeiss LSM 700 confocal<br />

microscope for (from left) biology<br />

professor John Lammert, sophomore<br />

student Jeff Rossow, biology professor<br />

Mike Ferragamo, biology professor Colleen<br />

Jacks ’79, and biochem professor Jeff<br />

Dahlseid ’90.<br />

HHMI grant supports purchase of confocal microscope<br />

Students and faculty working in the natural sciences at <strong>Gustavus</strong> have a new high-end scientific research<br />

tool—a Zeiss LSM 700 laser (scanning) confocal microscope. The fully equipped, entirely<br />

motorized confocal instrument features four lasers, three detectors, and superior Zeiss optics.<br />

<strong>Gustavus</strong> is currently the only liberal arts college in the nation to own this model Zeiss confocal microscope,<br />

which was first released in the U.S. in January 2009.<br />

Confocal microscopy permits innovative approaches to unraveling the underlying mechanisms of<br />

cell communication, gene expression,<br />

and cellular development.<br />

Microscopes like the<br />

College’s Zeiss allow scientists<br />

to create clean three-dimensional<br />

images of a sample through a<br />

controllable focal plane and<br />

elimination of out-of-focus<br />

glare.<br />

“The confocal provides<br />

<strong>Gustavus</strong> students and faculty<br />

with a state-of-the-art resource<br />

for study and research at the<br />

cellular and molecular level,”<br />

says Associate Professor of<br />

Biology and Chemistry Jeff<br />

Dahlseid ’90. “The instrument<br />

can determine the location and<br />

shape of three-dimensional cellular<br />

structures and quantify dynamic<br />

processes in living cells<br />

with remarkable spatial and<br />

temporal resolution. It opens<br />

up entirely new avenues for research<br />

projects, both collaborative<br />

and interdisciplinary, and is<br />

already being put to good use<br />

by students and faculty.”<br />

Valued at approximately<br />

$250,000, the microscope was<br />

purchased in part with funds the<br />

College obtained through a $1 million Howard Hughes Medical Institute (HHMI) grant announced<br />

in April 2008, one of only 48 awarded to U.S. undergraduate institutions at that time. It<br />

will eventually serve as the centerpiece of a new visualization and imaging center in the Alfred Nobel<br />

Hall of Science.<br />

The largest private funder of science education in the United States, HHMI’s grant program<br />

works to enhance science education for students at all levels. It has invested more than $1.2 billion<br />

in grants to reinvigorate life science education at both research universities and liberal arts colleges<br />

and to engage the nation’s leading scientists in teaching. The award to <strong>Gustavus</strong> supports a variety<br />

of programs that seek to transform the first-year student experience in the science, technology, engineering,<br />

and math (STEM) disciplines—particularly through collaboration between the<br />

Departments of Biology and Chemistry. ■<br />

Matt Thomas ’00 returned to <strong>Gustavus</strong> as media relations manager in 2007. Stacia Vogel,<br />

assistant vice president for marketing and communication, and Steve Waldhauser ’70, director<br />

of editorial services, contributed to this article.

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