Physical and Life Sciences Research Roundup

CATEGORIES: News, Research
Javier Vela stands in a chemistry lab.
Javier Vela, Associate Professor of Chemistry (Christopher Gannon/Iowa State University)

Today is Physical and Life Sciences Day during LAS Week. Check out a few highlights of related faculty research in the College of Liberal Arts and Sciences!


Javier Vela stands in a chemistry lab.
Javier Vela, Associate Professor of Chemistry (Christopher Gannon/Iowa State University)

Building confidence, diversity and opportunity
Javier Vela is the kind of chemistry professor every college student wishes they had.


Adam Kaminski with a machine he built (the ARPES) (Christopher Gannon/Iowa State University)
Adam Kaminski with a machine he built (the ARPES) (Christopher Gannon/Iowa State University)
Creating the machines of tomorrow
When Adam Kaminski did not have the machinery he needed to pursue his research, he designed and built it himself.


Three people stand behind a counter holding machine and computer.
Joseph Banovetz, Beatrise Berzina and Robbyn Anand, left to right, set up a prototype device to test separation performance in blood plasma. They're using a fluorescence microscope to follow two tracers, shown in red and green on the monitor. Photo by Christopher Gannon.
Chemist studying electric fields, microfluidics to improve dialysis technology
Iowa State University’s Robbyn Annand is studying how a hybrid of electrochemical and microfluidic technologies could be used to improve the dialysis equipment that cleans salt, waste and water from blood. That technology could enable a wearable, artificial kidney. And that could benefit her brother, who depends on today’s big and heavy dialysis equipment.


Curtis Mosher (left), Eric Henderson (middle) and Mike Mcloskey (right).
Curtis Mosher (left), Eric Henderson (middle) and Mike Mcloskey (right).
Iowa State University scientists design electricity generator that mimics trees
ISU researchers have built a prototype biomimetic tree that generates electricity when wind blows through its artificial leaves. The researchers think such technology may help people charge household appliances without the need for large wind turbines.


Neal Iverson stands beside a large machine.
Iowa State University's Neal Iverson -- with assistance from Terry Herrman of the Ames Laboratory -- designed this glacial sliding simulator. Iverson has used the laboratory device since 2009 to help him study glacier movement. Photo by Christopher Gannon.
Iowa State scientist receives grants to improve glacier-flow models, sea-level predictions
Iowa State’s Neal Iverson, who has studied glaciers in Iceland and Norway, is working with an international team on two projects that aim to build more realistic computer models of glacier flow. The researchers hope to understand how glaciers will speed up over the next century as the climate warms. They say that could help them predict how much glaciers will contribute to the rise of sea levels.


Two students and a professor are gathered around a computer with a colorful display of an enlarged eye, one student points to the screen.
From left: Kaelee Plante, Don Sakaguchi, and Elizabeth Sandquist look at imaging of a zebrafish eye.
(Christopher Gannon/Iowa State University)
Sakaguchi lab a welcome learning environment for undergraduates
Don Sakaguchi, a professor in genetics, development and cell biology, has given more than 150 undergraduate students the chance to fall in love with basic biomedical research. The lab investigates experimental strategies to repair the damaged nervous system through engineering stem cells.


Diane Bassham and Gustavo MacIntosh hold a tray of Arabidopsis plants.
Diane Bassham and Gustavo MacIntosh hold a tray of Arabidopsis plants.
A cellular pathway in plants may hold keys to understanding human disease
A cellular pathway being studied in plants by Diane Bassham, Loomis Professor of Plant Physiology and professor of genetics, development and cell biology, and Gustavo MacIntosh, associate professor of biochemistry, biophysics and molecular biology, has surprising connections to encephalopathy in humans.