CI

At a glance

ClinicalIndex Comparison Record
Phase 4Completed· 219 enrolled
Drug / intervention
3D HI and SHI of UCAdrug
Likely dose
3D HI and SHI of UCA 0.25 mlfrom record
Structured eligibility isn't available for this trial yet — see the full criteria in the Eligibility tab below.

Standardized by ClinicalIndex from the ClinicalTrials.gov record · verify against the source.

Search/NCT01490892
NCT01490892Phase 4Completed

Quantitative Subharmonic Breast Imaging

Thomas Jefferson University·interventional·Posted Dec 13, 2011·Updated May 6, 2025

In Brief

A Phase 4 clinical trial evaluating 3D HI and SHI of UCA for Breast Cancer. Completed, enrolled 219 participants across 2 sites.

Detailed Summary

This is a non-randomized trial of 450 women with a breast abnormality, who are scheduled for a breast biopsy of this abnormality. The study will be conducted at two clinical sites. The primary objective of this trial is: To evaluate if quantitative 3D Subharmonic imaging (SHI) or pulse inversion harmonic imaging (HI) can improve the characterization of benign and malignant breast masses (independently or in combination with other imaging modes) compared to x-ray mammography, fundamental grayscale ultrasound (US) or power Doppler imaging (PDI). The secondary aim of this trial is: To compare quantitative (bifurcations \& vessel length) and semi-quantitative (blood pool \& parametric imaging) measures of the vascular morphology of breast lesions determined by pathology and by SHI.

Study Details

Study Typeinterventional
Allocation--
Masking--
Primary Purpose--
ConditionsBreast Cancer
CountriesUnited States

Timeline

Phase 4CompletedFinished
201220132014201520162017201820192020202120222023202420252026
First PostedDec 13, 2011
Enrollment StartNov 1, 2011
Primary CompletionApr 5, 2019
TodayJul 2, 2026
Enrollment to primary: 7.4 yearsPosted 14.6 years ago

Interventions

3D HI and SHI of UCAdrug

Perflutren injection, suspension (IV)0.25 ml followed by 3D Harmonic imaging (HI) then (IV) 20 micro-l/kg followed by 3D subharmonic imaging (SHI)