Center for Virtual Imaging Trials (CVIT)

CVIT is a NIH-sponsored national research center to develop and advance virtual trial methods to best design and condition imaging for highest clinical impact.

[Duke Medical Physics @DukeMedPhys]

Congratulations, Katie Olivas, MS (Advisors: Ehsan Samei, PhD and Ehsan Abadi, PhD) on successfully defending your thesis on March 06, 2025 tiled: “Development of an Integrated PET-CT Simulation Pipeline for Virtual Imaging Trials and Biomedical Imaging Research.”

[Duke Radiology @DukeRadiology]

Presentation by Shaojun Xia: The role of harmonization in phantoms: a systematic analysis of various task-based scenarios. #SPIEMedicalImaging #SPIE25
2-19 - 5:10 PM - 5:30 PM Town & Country B
@DukeRadiology @DukeCVIT @DukeRAILabs @SPIEtweets

[Duke Radiology @DukeRadiology]

Presentation by Ruoyu Chen: Model generation of the extended coronary vasculature for more realistic simulation of coronary artery disease. #SPIEMedicalImaging #SPIE25 2-18
3:40 pm - 4 , Town& Country B
@DukeRadiology @DukeCVIT @DukeRAILabs @SPIEtweets

[Duke Radiology @DukeRadiology]

Presentation by Ruoyu Chen: Model generation of the extended coronary vasculature for more realistic simulation of coronary artery disease. #SPIEMedicalImaging #SPIE25 2-18
3:40 pm - 4 , Town& Country B
@DukeRadiology @DukeCVIT @DukeRAILabs @SPIEtweets

[Duke Radiology @DukeRadiology]

Presentation by Shaojun Xia: The role of harmonization in phantoms: a systematic analysis of various task-based scenarios. #SPIEMedicalImaging #SPIE25
2-19 - 5:10 PM - 5:30 PM Town & Country B
@DukeRadiology @DukeCVIT @DukeRAILabs @SPIEtweets

[Duke Radiology @DukeRadiology]

Presentation by Michael E. Garcia-Alcsoer: Multi-disease classification of CT reports using traditional natural language processing and a lightweight foundation model. #SPIEMedicalImaging #SPIE25 2-18
10:50 am - 11:10 am PALM 8
@DukeRadiology @DukeCVIT @DukeRAILabs @SPIEtweets

[Duke Radiology @DukeRadiology]

Presentation: Michael E. Garcia-Alcsoer: Multi-disease classification of CT reports using traditional natural language processing and a lightweight foundation model. #SPIEMedicalImaging #SPIE25
2-18 10:50 am - 11:10 am PALM 8
@DukeRadiology @DukeCVIT @DukeRAILabs @SPIEtweets

[Duke Radiology @DukeRadiology]

Join @EhsanSamei, for NIH/NIBIB P41 Session 3:00 PM - 3:10 PM: Welcome and opening remarks 17 February 2025 • 3:00 PM - 5:00 PM PST | Palm 6 | #SPIEMedicalImaging
@SPIEtweets #SPIE25 for @NIH @NIBIBgov @DukeRadiology @DukeCVIT @DukeRAILabs

[Duke Radiology @DukeRadiology]

Poster by Ethan Malin: Efficient formation of patient-specific finite-element models of the heart. #SPIEMedicalImaging #SPIE25
5:30-7 pm Golden State Ballroom
@DukeRadiology @DukeCVIT @DukeRAILabs @SPIEtweets

[Duke Radiology @DukeRadiology]

Poster: Quantitative accuracy, CT protocols, cross-sectional, longitudinal assessment-Chronic Obstructive Pulmonary Disease COPD: virtual imaging study @bhattaraimridul #SPIEMedicalImaging #SPIE25 5:30-7pm Golden State Ballroom @DukeRadiology @DukeCVIT @DukeRAILabs @SPIEtweets

[Duke Radiology @DukeRadiology]

Poster by Isabel Montero: Intra- and inter-scanner CT variability and their impact on diagnostic tasks, presented by @ehsanabadi1 #SPIEMedicalImaging #SPIE25
5:30-7 pm Golden State Ballroom
@DukeRadiology @DukeCVIT @DukeRAILabs @SPIEtweets

[Duke Radiology @DukeRadiology]

Poster: Insights from the first international summit for virtual imaging trials in medicine (VITM) @vancoillielie #SPIEMedicalImaging #SPIE25 5:30-7 pm Golden State Ballroom @DukeRadiology @DukeCVIT @DukeRAILabs @SPIEtweets

[Duke Radiology @DukeRadiology]

Poster by @martitalarico: Variability in patient CT radiation dose and image quality: the impact of positioning and body habitus via a virtual imaging trial study. #SPIEMedicalImaging #SPIE25
5:30-7 pm Golden State Ballroom
@DukeRadiology @DukeCVIT @DukeRAILabs @SPIEtweets

[Duke Radiology @DukeRadiology]

Poster by Nicholas Felice: A Monte Carlo model of coronary artery plaque growth for use in computational phantoms. #SPIEMedicalImaging #SPIE25
5:30-7 pm Golden State Ballroom
@DukeRadiology @DukeCVIT @DukeRAILabs @SPIEtweets

[Duke Radiology @DukeRadiology]

Poster by Cornelio Salvador Salinas III: 3D CTGAN: generating 3D heterogeneous tissue textures for virtual phantoms. #SPIEMedicalImaging #SPIE25
5:30-7 pm Golden State Ballroom
@DukeRadiology @DukeCVIT @DukeRAILabs @SPIEtweets

[Duke Radiology @DukeRadiology]

Poster by @KatieMOlivas: An integrated PET-CT simulation pipeline for biomedical imaging research. #SPIEMedicalImaging #SPIE25
5:30-7 pm Golden State Ballroom
@DukeRadiology @DukeCVIT @DukeRAILabs @SPIEtweets

[Duke Radiology @DukeRadiology]

Poster by George Ibrahim: The utility of photon counting localizer radiograph as a tool in bone densitometry. #SPIEMedicalImaging #SPIE25
5:30-7 pm Golden State Ballroom
@DukeRadiology @DukeCVIT @DukeRAILabs @SPIEtweets

[Duke Radiology @DukeRadiology]

Poster by David Fenwick: The utility of photon counting localizer radiograph as a tool in bone densitometry. #SPIEMedicalImaging #SPIE25
5:30-7 pm Golden State Ballroom
@DukeRadiology @DukeCVIT @DukeRAILabs @SPIEtweets

[Duke Radiology @DukeRadiology]

Poster by Nicholas Felice: A Monte Carlo model of coronary artery plaque growth for use in computational phantoms. #SPIEMedicalImaging #SPIE25
5:30-7 pm Golden State Ballroom
@DukeRadiology @DukeCVIT @DukeRAILabs @SPIEtweets

[Duke Radiology @DukeRadiology]

Poster by Cornelio Salvador Salinas III: 3D CTGAN: generating 3D heterogeneous tissue textures for virtual phantoms. #SPIEMedicalImaging #SPIE25
5:30-7 pm Golden State Ballroom
@DukeRadiology @DukeCVIT @DukeRAILabs @SPIEtweets