Imaging

An AI-driven rendering and analysis of a holotomography-based 3D reconstruction of a tumor tissue sample derived from a spatial molecular experimental platform. Cancer cells (blue), stromal cells (green), and immune cells (red) are highlighted, while the extracellular matrix (ECM) appears in translucent green with a green arrow indicating its orientation. By integrating spatial molecular measurements, this approach offers single-cell and subcellular functional characterization, providing key insights into cellular interactions and communication in a three-dimensional context to deepen our understanding of the tissue’s architecture and composition.

VUMC to launch Molecular AI initiative to spur precision medicine, transplantation

Hwang will work to apply AI and other revolutionary technologies, including advanced molecular imaging techniques, to clinical practice.

New research points way to more reliable brain studies

A new study in Nature identifies research strategies for tying brain function and structure to behavior and health.

What’s all the tuft about?

Vanderbilt researchers used advanced imaging techniques to detail the microscopic structure of intestinal tuft cells, highlighting their unique organization of the structural protein actin.

VUMC and Philips landmark emissions assessment of a radiology department published in premier industry journal

The analysis found diagnostic services generate the equivalent of nearly 1,100 gas-powered cars annually, or an estimated 4.6kt carbon dioxide equivalent.

VUMC again named a Comprehensive Radiopharmaceutical Therapy Center of Excellence

Radiopharmaceutical therapy is targeted delivery of radiation to cancer cells or to the tumor microenvironment using radiopharmaceuticals.

People with schizophrenia show distinct brain activity when faced with conflicting information

Researchers introduce a biomarker to indicate whether someone is struggling with the inflexible thinking associated with the disorder.

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