Centers and Labs

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University of Illinois College of Veterinary Medicine > Research > Centers and Labs

College faculty provide leadership in large-scale multidisciplinary research programs as well as pursue independent research investigations.

Nationally Funded Research Centers

[Botanical Estrogens & Cognitive Function research image]Botanical Estrogen Research Center

Evaluating phytoestrogens such as soy isoflavones for their potential for preventing and causing diseases

  • Project Leaders: William Helferich, Benita Katzenellenbogen, and Susan Schantz
  • Funding: National Institutes of Health

[cognitive test of infant]Children’s Environmental Health Research Center at Illinois (I-Kids)

Researching the impact of bisphenol A (BPA), phthalates, and other endocrine disruptors on child development

Midwest Center for Excellence | Vector-Borne Disease

Developing solutions to the problem of vector-borne disease in Illinois as part of a larger center

  • Leaders: Nohra Mateus-Pinilla and Rebecca Smith
  • Funding: Centers for Disease Control and Prevention

 

A Sampling of Research Laboratory Websites

[allender with turtle]Matt Allender Wildlife Epidemiology Laboratory

A collaborative research, diagnostic, and training lab for new or ongoing studies in free-ranging and captive amphibians, reptiles, birds, and mammals.

[Cyclooxygenase-2 Catalysis and Inhibition in Lipid Bilayer Nanodiscs]Aditi Das Laboratory

Seeking to understand the structure-function of membrane-bound enzymes involved in lipid metabolism in their native-like lipid bilayer environment of nanodiscs.

[evilevitch lab]Alex Evilevitch Laboratory

Investigating fundamental physical principles that control viral encapsidation and genome release using Atomic Force Microscopy (AFM), microcalorimetry, high-resolution cryo electron microscopy and single molecule fluorescence, small angle x-ray scattering, and light scattering.

[image for Jody Flaws lab]Jodi Flaws Reproductive Toxicology Laboratory

Studying the effects of environmental chemicals on the development and function of the female reproductive system throughout the life cycle.

[disease data depicted through GIS software]Geographic Information System and Spatial Analysis (GISSA) Laboratory

Focusing on the spatial epidemiology of diseases and using spatial databases and statistical analyses to improve public health.

[diagram from Inoue Lab]Makoto Inoue Laboratory

Elucidating the interaction between immune system and nervous system in autoimmune diseases, infectious diseases, and neurodegenerative diseases.

[chicken feather image from Jarosinski lab]Keith Jarosinski Laboratory

Using the natural virus-host model of Marek’s disease virus in chickens to study the replication and pathogenesis of herpesviruses.

[ovary in female aging]CheMyong Ko Laboratory

Working to elucidate the molecular mechanism of ovulation, i.e., the process of egg release from the ovary, by focusing on endothelin system in ovulation and luteal function, steroids and prostaglandins in leukocyte trafficking, steroid receptors in PCOS pathogenesis and reproductive aging.

[illustration of lung disease]Gee Lau Laboratory

Studying lung-bacterial pathogen interactions, specifically the modulation of airway mucus hypersecretion in chronic lung diseases, alveolar epithelium during lung infection, and regulation of genetic transfer and virulence by Streptococcus pneumoniae.

Megan Mahoney Laboratory

The research in our lab brings together two major fields of biology: reproductive endocrinology and chronobiology. These research aims are of broad significance as they investigate questions important for basic science as well as human health.

[colorful slide from Jodi Flaws lab]Program in Embryology, Endocrinology, and Reproduction

A large, internationally recognized group of faculty, located in various departments on the Illinois campus, whose work focuses on various aspects of reproductive biology, early embryonic development and endocrine physiology.

[qiao lab image]

Qiao Laboratory

A group that seeks to understand how post-translational modifications, such as SUMOylation (Small Ubiquitin-like Modifier) and ubiquitination, regulate a range of checkpoint pathways in mammalian cells.

[image from Reddi lab]Prabhakara Reddi Laboratory

Seeking to understand the mechanisms regulating mammalian spermatogenesis at the molecular level, with the aim to development of novel therapies for the infertile male.

[research image]Uwe Rudolph Laboratory

Developing and studying genetic mouse models relevant for pathophysiology and treatment of psychiatric disorders using molecular biological, biochemical, morphological, optogenetic, chemogenetic and behavioral methods.

[modeling for disease control improvement]Rebecca Smith Modeling for Disease Control Improvement

Focusing on improving health by finding better ways to intervene in disease processes, from tuberculosis in cattle to breast cancer in women.

[fluorescent green oocysts]Sumiti Vinayak Laboratory

Using a combination of genetics, genomics and cell biology approaches to understand parasite biology and develop novel therapeutics for cryptosporidiosis.