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135 N Skinker Blvd, St. Louis, MO 63112, USA

#ESE, #ImagingScience
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Illuminating Structure and Dynamics Across Scales for Precision Medicine

Advances in optical imaging are transforming how we study and diagnose disease by connecting molecular architecture with tissue microenvironment in a quantitative, scalable manner across space and time. My group develops optical microscopy technologies that integrate quantitative phase imaging, super-resolution microscopy, and mesoscale spatial mapping to capture structural dynamics and molecular information across wide fields of view. We apply these platforms in clinically relevant contexts to identify distinct epigenetic states associated with cancer progression, autoimmune disease, and therapeutic resistance. I will discuss our recent engineering efforts that extend super-resolution imaging to probe chromatin organization and molecular architecture underlying disease pathogenesis. I will also describe the development of label-free and multimodal imaging workflows that reveal spatial and morphological signatures predictive of treatment response. Together, these integrative imaging frameworks establish a quantitative link between nanoscale molecular structure, mesoscale tissue organization, and clinical phenotypes, advancing optical imaging toward translational and precision medicine. 

  • Haneen Alfauri
  • Ayush Anand

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