FindMyKOL
Clinical trialNCT00530101CompletedPhase 1Interventional

The Magnetic Resonance Imaging Evaluation of Doxorubicin Cardiotoxicity

SponsorUniversity of MiamiEnrollment3Breast Cancer
View the registry record on ClinicalTrials.gov

Summary

The lay summary the sponsor registered on ClinicalTrials.gov.

The purpose of this research study is to evaluate MR imaging in subjects receiving doxorubicin chemotherapy to see if MR can detect heart damage as well as or better than MUGA scans. This research study is expected to enroll approximately 10 subjects over 12 months at the University of Miami / Miller School of Medicine.

Investigators

The overall officials registered on this study. Names that resolve to a FindMyKOL profile link to it; the rest are shown as registered.

A profile link is shown only when the registered name resolves to a person record with a confident, namesake-checked match; ambiguous names stay unlinked.

Sites

2 registered facilities, with the per-site recruitment status where the registry publishes one. ClinicalTrials.gov does not publish per-site enrollment counts.

United States
  • University of Miami Dept of Hematology/oncology

    Miami, Florida, United States

  • University of Miami Dept of Radiology

    Miami, Florida, United States

Site investigator names are published by ClinicalTrials.gov only while a study recruits, so completed studies list sites without them.

Drugs studied

The drug and biological interventions registered on this study, normalized to their RxNorm ingredient where possible.

Linked drugs open the directory filtered to KOLs working with them.clinicaltrials.gov ↗

Registration & key dates

Registry attributes as recorded on the ClinicalTrials.gov study record.

Start
31 Jul 2004
Primary completion
31 Mar 2008
Completion
31 Mar 2008
Last update posted
4 Jun 2008
Registered enrollment
3
Registry id
NCT00530101

Source: ClinicalTrials.gov, via the CTTI AACT database, data as of 4 Nov 2026. Registry facts are shown as registered by the study sponsor; FindMyKOL does not interpret them.