Immersion Session- NAMs in Translation
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Imaging-Integrated NAMs: Organoids, Digital Twins, and Microfluidics
On-demand Video
Video - 1:14:42 mins
Microfluidics and Molecular Imaging as New Approach Methodologies: More Than the Sum of Their Parts
Reading
Vascularized Multi-Region Brain Organoids: A Human New Approach Methodology Ready for Molecular Imaging
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Cardiac Digital Twins as a Clinical Path Forward for Precision Medicine
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Industry Sponsored Lunch
NAMs in Translation Immersion Scientific Session
On-demand Video
Video - 2:03:37 mins
Improving Imaging-Compatible Vascularized Breast Cancer Models Through Tissue-Specific and Patient-Derived Vascular Components
Reading
Unveiling the liver-lung metabolic axis in Type 2 Diabetes: evidence from [18F]-FDG PET, multi-organ MRI, and lab-on-a-chip validation
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A microvascularized, temperature-controlled microfluidic tumor model for testing a novel MRI contrast agent for early breast cancer detection
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Quantum-classical Hybrid Deep Learning for Non-invasive Disease Classification of Brain Organoids
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Perfused Human Brain Tissue Microphysiological System to Study Radiation Sensitivity
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Development of an in vitro platform for optimization of photoacoustic-guided ADC therapy monitoring
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Risk Analysis Of Aortic Rupture In A Mouse Model Of Sporadic Aortic Aneurysm and Dissection Using Machine Learning and Engineered CT Nano-Radiomics
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Brillouin Imaging of the Mechanical Evolution of Islet Organoid Differentiation in a 3D Microenvironment
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The NIH Standardized Organoid Modeling (SOM) Initiative: Building Trusted Human-Relevant Platforms for Biomedical Research and Translational Science
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