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University of Nebraska Medical Center

Research

In vivo MEMRI-based NSG mouse and Wistar rat brain atlases. Sajja BR et al., J Neuroimmune Pharmacol., 2016

Application of imaging methods to live animals and humans provides noninvasive biomarkers of disease to be used for disease detection and monitor therapeutic efficacy of new medications, or to follow the biodistribution and pharmacokinetics of new medications.  Research includes custom programming for automating detection methods and improving throughput and accuracy of quantitative imaging results.

The radiology department at the University of Nebraska Medical Center is a National Institutes of Health National Cancer Institute qualified Center of Quantitative Imaging Excellent site.  This program certifies university imaging programs for participation in multicenter research trials that use quantitative imaging. It also establishes benchmarks for quality and consistency in quantitative imaging involving PET, MRI and CT scan protocols. This designation is recognition of the high quality of medical imaging performed at UNMC and its affiliated institutions. 

Radiology has been involved in a wide variety of research applications both within the department and through collaborations with other departments. 

Radiology Research Labs

Yutong Liu, PhD

Yutong Liu, PhD

Dr. Liu specializes in the development and implementation of advanced imaging and image analysis methodologies tailored to investigate a wide spectrum of human diseases modeled in small animals and nonhuman primates.

Bala Sajja, PhD

Bala Sajja, PhD

Dr. Sajja's lab focuses on the development of methods and applications of quantitative MRI to investigate image-based measures detecting structural, functional and metabolic alterations caused by disease and treatment.

Mariano Uberti, PhD

Mariano Uberti, PhD

Dr. Uberti's work integrates engineering and computer science tools to advance magnetic resonance imaging and spectroscopy methods for studying diseases, monitoring treatments, and aiding drug development.