Radiology

Monica Shokeen
Associate Professor of Radiology
- Email: Shokeenm@wustl.edu
Molecularly targeted multimodal imaging, radiopharmaceutical development, preclinical to clinical translation, automated image analysis

Ryan Short
Assistant Professor of Radiology
- Email: ryan.short@wustl.edu
Natural Language Processing, Patient-Centered Radiology, Lung Cancer, Interstitial Lung Disease

Aris Sotiras
Assistant Professor in Radiology
- Email: aristeidis.sotiras@wustl.edu
Neuro-imaging, neuro-oncology, Alzheimer's Disease, artificial intelligence, medical image analysis, natural language processing, data science, big data, precision medicine

Daniel Thorek
Associate Professor of Radiology
- Email: thorekd@wustl.edu
Quantitative molecular imaging and drug design in targeted radiopharmaceuticals, theranostics enabling delivery of ionizing radiation for improved diagnostics, characterization of the disease microenvironment, and selective delivery of potent high linear energy transfer therapeutics, applications in metastatic oncology and in infectious disease

Richard Wahl
Professor of Radiology
- Email: rwahl@wustl.edu
Quantitative imaging, radioimmunotherapy, imaging the immune system, multi-modality imaging

Qing Wang
Assistant Professor of Radiology
- Email: wangqing@wustl.edu
MRI and PET imaging, neuroinflammation, neurodegenerative disease

Shuo Wang
Associate Professor, Department of Radiology
- Email: shuowang@wustl.edu
Investigating neural coding using deep learning, Investigating autism behaviors using computer vision and machine learning, Single-neuron electrophysiology in humans

Dmitriy Yablonskiy
Professor of Radiology
- Email: yablonskiyd@wustl.edu
MRI, Neuroscience, Biophysical modeling and imaging of human brain structure and functioning,
Applications to Alzheimer disease and Multiple sclerosis

Jie Zheng
Associate Professor of Radiology
- Email: zhengj@wustl.edu
Quantitative imaging biomarkers in vivo for assessing functional features of cardiovascular disease with magnetic resonance imaging modality, optimize and apply deep learning-enabled strategies to accelerate image acquisition, reconstruct functional biomarkers, and automate image processing.