The University of Iowa
College of Liberal Arts and Sciences
The Department of Biology

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Weiner Lab - Section through the brain of a mouse expressing a green fluorescent protein transgene in selected neurons.
The Department of Biology investigates a wide range of research questions across the vast disciplines of the biological sciences. Our interdisciplinary faculty have research interests in areas ranging from single cells to entire systems and questions ranging from why we need sex to the origin of diseases at the cellular level. We invite you to explore our website to learn more about our outstanding faculty and their research.

As a research department in an academic institution the teaching of future scientists is, and has always been one of our priorities. Our graduate research program trains scientists for careers in academia, industry and government. Our undergraduate students gain a firm foundation in modern biological sciences to prepare them for a multitude of careers that depend on a solid understanding of biology. All students have an opportunity to participate in research areas through our graduate and undergraduate programs. Welcome to Biology!
Weiner Lab - Section through the brain of a mouse expressing a green fluorescent protein transgene in selected neurons. Weiner Lab - Mouse choroid plexus, stained for gamma-protocadherins (green), tight junctions (red) and blood vessels (blue), imaged using whole-mount confocal microscopy. Forbes Lab - Parasitoid wasp in genus Pteromalus. Forbes Lab - Crab spider eating an Apple Maggot larva. Forbes Lab - Parasitoid wasp Macroneura vesicularis. Stipp Lab - Disorganized cell-cell junctions in breast carcinoma cells. Dailey Lab - GFP+ Microglia & YFP+ Neurons in P12 mouse hippocampus. Dailey Lab - GFP+ Microglia & YFP+ Neurons in P12 mouse neocortex. McAllister Lab - All female brood of Drosophila borealis infected with male-killing Wolbachia. Fritzsch Lab - 3D reconstruction of the wildtype and Pax2-cre::Atoh1f/f conditional null mouse to reveal the loss of the organ of Corti (red), similar length of basilar membrane (yellow) and loss of spiral ganglion neurons (orange). Fritzsch Lab - Afferent fiber labeling (red) and PLP-EGFP (green) in a wildtype (left) and ErbB2 null mutant (right).. Phillips Lab - A C. elegans hermaphrodite expressing a green fluorescent transgene in the distal tip cells (arrowheads). Slusarski Lab - Zebrafish with EGFP expressed in cranial facial cartilage. Slusarski Lab - Section of adult zebrafish heart demonstrating wnt5 expression. Neiman Lab - Asexual female Potamopyrgus antipodarum used to study why sex is so common. Image provided by Bart Zijlstra. Neiman Lab - Collecting members of our snail study system from a New Zealand lake. Neiman Lab - Asexual female Potamopyrgus antipodarum used to study why sex is so common. Image provided by Bart Zijlstra. Hendrix Lab - Svastra spp. gathering pollen from Ratibida pinnata. Hendrix Lab - Halicitid bee gathering pollen on cactus. Cheng Lab - A cordate gametophyte generated directly from a sporophyte leaf bypassing meiosis.
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The Department of Biology investigates a wide range of research questions across the vast disciplines of the biological sciences. Our interdisciplinary faculty have research interests in areas ranging from single cells to entire systems and questions ranging from why we need sex to the origin of diseases at the cellular level. We invite you to explore our website to learn more about our outstanding faculty and their research.

As a research department in an academic institution the teaching of future scientists is, and has always been one of our priorities. Our graduate research program trains scientists for careers in academia, industry and government. Our undergraduate students gain a firm foundation in modern biological sciences to prepare them for a multitude of careers that depend on a solid understanding of biology. All students have an opportunity to participate in research areas through our graduate and undergraduate programs. Welcome to Biology!

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Latest News

February 27, 2013
Project HOPE helps students explore the health sciences

Employment opportunities in the health science fields will be the topic of discussion when students from two eastern Iowa middle schools visit the University of Iowa Department of Biology during the next six weeks.

Around 140 eighth grade students from Fairfield middle school will visit the UI Friday, March 1, while students from Columbus Junction and North Scott are scheduled to visit April 11. The visits are the culmination of a six-week program called Project HOPE (Healthcare, Occupations, Preparation and Exploration), a STEM (Science, Technology, Engineering, Mathematics)-based career education program designed to connect minority and low socioeconomic middle school students to the health science professions early in their education.

The project, developed by Saba Ali, an associate professor in the UI Counseling Psychology Department in the UI College of Education, addresses the need to increase diversity in the American healthcare workforce and works with students in rural Iowa communities with large Hispanic immigrant populations.

Less than one percent of the healthcare workforce in Iowa is composed of minorities and only between five and nine percent nationwide, says Ali.

The program is currently in place in West Liberty and Columbus Junction, two Iowa communities with large Latino populations, and at four other locations in southeastern Iowa. (Students from West Liberty and Eldridge, Iowa, visited the UI in January.)

While on campus, the eighth graders meet with health science professionals to experience career simulations of various health care and research careers. One such research career simulation conducted in the Department of Biology is coordinated by Lori Adams, a lecturer in the department, and undergraduate student volunteers, including those in the Iowa Biosciences Advantage (IBA) program, the Biology Honors program, and the UI BIO (University of Iowa Biological Interests Organization) student organization.

Ryan Ries, a Biology Honors Program student in the Fritzsch Lab (UI Department of Biology), and Carl Soderlund, a student in the Master of Arts in Teaching (MAT) in Science Education program, were recently hired by Adams through a grant titled “Expanding and Enhancing STEM Initiatives within CLAS” ( College of Liberal Arts and Sciences).

Funded by an initiative called “Better Futures for Iowans,” the two students will work with Adams on planning and coordinating outreach events, such as Project HOPE. This initiative, supported primarily by the Office of the Provost, extends university resources to Iowans and addresses an important goal of the University Strategic Plan—to provide better futures for Iowans.

Adams and the two UI students will engage the middle school students in scientific inquiry where they take part in hands-on activities designed to simulate the work of a scientist.

Project HOPE is a collaboration between the UI Colleges of Education, Medicine, Dentistry, Nursing, Pharmacy, Public Health, Business, Engineering, Liberal Arts and Sciences (Departments of Biology, Physics and Astronomy, and School of Art and Art History), School of Urban and Regional Planning, Hardin Library for the Health Sciences, and the State Hygienic Laboratory at the University of Iowa. Because Project HOPE was selected as one of 12 of Gov. Terry Branstad’s STEM Scale-Up projects in 2012-13, the program will be allowed to expand into additional communities.

For more information about Project HOPE, contact Ali at saba-ali@uiowa.edu.

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