Exciting advancement in #preclinical #CTimaging! Our newly built turn-table micro-CT scanner offers high-resolution, low-dose dynamic #perfusion imaging in mice. Published in Phys Med Biol. DOI: 10.1088/1361-6560/ad6edd #MedicalImaging #Research #DukeRadiology

Excited to present on our #Duke Preclinical Research Resources for Quantitative #Imaging Biomarkers. at the World Molecular Imaging Congress in Montreal! #coclinical, #Qial

Our latest work on fast denoising for 5D (3D+Time+Energy) preclinical cardiac #PhotonCountingCT demonstrates a 32x speedup using #DeepLearning over iterative recon methods. Read more: Nadkarni et al., 2024, Phys. Med. Biol. doi.org/10.1088/1361-6… #QIAL #MedicalImaging #CardiacCT

Honored to be ranked #3 in the field of X-ray microtomography among world highly-ranked scholars. Grateful for the recognition and continued support! #Science #MicroCT #Duke scholargps.com/highly-ranked-…

How do risk factors for late-onset Alzheimer's disease impact brain networks? Read our latest publication to learn what diffusion imaging reveals about these key edges in the brain connectome, and how immunity interacts with APOE genotypes. pubmed.ncbi.nlm.nih.gov/39362319/

Celebrating 40 years of dedication from Gary Cofer, the heart that has kept MRI pulses in required harmony, building hot diffusion application, and keeping things cool at the same time! Thank you!

Excited about the 2025 DIPY Workshop! Whether new to diffusion imaging or looking to deepen your expertise, this workshop offers something for everyone. Join us, learn with us, and help define the steps the field needs to take to advance. Thanks to DIPY team at IU and beyond!

Explore the latest in Nanoparticle-based imaging & what’s next for Photon Counting CT! #MedImaging #PhotonCountingCT #Nanoparticles #ContrastAgents wires.onlinelibrary.wiley.com/doi/10.1002/wn…

Great research presented at #SPIEMedicalImaging from our #Duke #QIAL lab! Dr. Darin Clark & Rohan Nadkarni showcase their latest work on #photoncountingCT #Deeplearning #MedicalImaging

A great presentation today by Rohan Nadkarni, our #Duke #QIAL group member on #PhotonCountingCT for bone imaging in APOE mouse models—showcasing how advanced imaging provides deeper understanding of bone and its connection to genotypes, sex, and immune system.

Excited to share our latest paper in Brain Structure and Function! 🧠✨ We explore how age & APOE risk factors impact long-range brain connections using multiscale bundle analysis. 🔗 You can read it here: rdcu.be/eehiz

It was a pleasure presenting on Friday at the University of Toledo’s Bioengineering Department seminar, "Spectral Micro-CT Imaging: New Frontiers in Preclinical Biomedical Research." A big thank you to Prof. Juan-yu Lu for the kind invitation! #photoncountingCT #MicroCT

APOE is known for its role in Alzheimer’s disease—but it also shapes your bones. Our study shows how APOE, immunity, and sex interact to alter bone structure in aged mice. Grateful to Rohan Nadkarni & QIAL team for uncovering this brain–bone connection. spiedigitallibrary.org/conference-pro…

Our #QIAL latest study combines #photoncountingCT and #deeplearning to uncover how exercise improves cardiac function in #APOE mouse models. Major gains seen in APOE3 & APOE4—genotype-specific insights that could inform precision interventions🧠🫀🧬📄 doi.org/10.1371/journa…

Congratulations to my mentee Dr. Alex Allphin on the successful defense of his PhD in Biomedical Engineering! A major milestone achieved—wishing you all the best ! Well done! #photoncountingCT #DukeBME #QIAL

Thrilled to share that Hae Sol Moon has successfully defended his PhD! His resilience, creativity, and growth as a scientist carried him through every challenge. Great committee guidance and mentorship along the journey! Proud and excited for what’s next! #PhDDefense #Duke #BME

This new QIAL preprint links olfactory, imaging and transcriptomic signatures from brain and blood. Smelling the Risk: Early Olfactory Deficits, Brain Networks, and Blood Markers of Alzheimers Disease Risk in Humanized APOE Mice #NeuroDegeneration 🧪🧠 biorxiv.org/content/10.110…

Our new paper presents a #PhotonCountingCT scanner for dynamic small animal perfusion imaging. Deep learning enables fast 5D imaging. #DeepLearning Photon-counting micro-CT scanner for deep learning-enabled small animal perfusion imaging doi.org/10.1088/1361-6…

Our team developed a 3D #bioprinted vascular patch with built-in CT visibility. #PhotoncountingCT enables real-time tracking of structure + perfusion—showing how advanced imaging can guide #cardiacregeneration. sciencedirect.com/science/articl…

We developed a self-supervised #deeplearning method using sparse coding and #VisionTransformers to denoise pediatric cardiac #photoncountingCT. The model adapts to local noise and preserves anatomy. Clark, Cao & Badea, Med Phys (2025) 🔗 doi.org/10.1002/mp.179…