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NCT04698564 · ClinicalTrials.gov registry record · Phase 2

Utility of Hyperpolarized 13C-pyruvate Metabolic Magnetic Resonance Imaging

A Phase 2 study of Prostate Cancer, sponsored by University of Maryland, Baltimore.

Recruiting
Registry status
Phase 2
Development phase
20
Enrollment target
1
Study location

NCT04698564 is a Phase 2 study of Prostate Cancer that is actively recruiting participants, run by University of Maryland, Baltimore. The registered enrollment target is 20 participants, below the 608-participant average among 735 other Prostate Cancer trials with a reported enrollment target (97% lower). The trial reports 1 study location across 1 state.

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The verdict

NCT04698564, a Phase 2 study of Prostate Cancer, is actively recruiting participants, sponsored by University of Maryland, Baltimore.

RECRUITING
Registry status
Phase 2
Development phase
20 participants
Enrollment target
1
Study location

Study Summary

This is a two-tiered pilot study in which there will be no randomization and no placebo treatment. This study will be to perform metabolic magnetic resonance imaging on men suspected to have a prostate cancer to understand if metabolic MRI can be safely performed on this population

Conditions Studied

Interventions

  • DRUG Hyperpolarized 13C-Pyruvate

Study Locations (1)

Maryland

  • University of Maryland Medical Center - Baltimore

Trial Details

FieldValue
Enrollment Target 20 participants
Start Date 2020-12-01
Est. Completion 2027-12-31
Phase Phase 2

Sponsor

University of Maryland, Baltimore

560 total trials

What the Registry Record Tells You About NCT04698564

The ClinicalTrials.gov registry entry for NCT04698564 describes a study currently listed as recruiting, categorized as Phase 2. The registered enrollment target is 20 participants, a figure that helps gauge the scale of data the investigators plan to collect, below the 608-participant average among 735 other Prostate Cancer trials with a reported enrollment target (97% lower). The listed sponsor is University of Maryland, Baltimore, which has 560 total studies on file at ClinicalTrials.gov.

The record links to 1 condition, with Prostate Cancer appearing as the primary indexed condition, and to 1 intervention - of which Hyperpolarized 13C-Pyruvate is the first listed.

NCT04698564 reports 1 study location spanning 1 distinct geographic area - top geographies include Maryland.

Frequently Asked Questions

What is clinical trial NCT04698564 about?

NCT04698564 is a clinical study titled "Utility of Hyperpolarized 13C-pyruvate Metabolic Magnetic Resonance Imaging". This is a two-tiered pilot study in which there will be no randomization and no placebo treatment. This study will be to perform metabolic magnetic resonance imaging on men suspected to have a prostate cancer to understand if metabolic MRI can be safely performed on this population

What is the current status of trial NCT04698564?

This trial is currently recruiting. It is a Phase 2 study. The enrollment target is 20 participants. The study started on 2020-12-01. Estimated completion is 2027-12-31.

What conditions does trial NCT04698564 study?

This clinical trial studies the following conditions: Prostate Cancer.

What interventions are being tested in trial NCT04698564?

The interventions under investigation include: Hyperpolarized 13C-Pyruvate (DRUG).

Who is sponsoring clinical trial NCT04698564?

This trial is sponsored by University of Maryland, Baltimore, which has 560 total clinical trials registered on ClinicalTrials.gov.

Where is trial NCT04698564 being conducted?

This trial has 1 study location across Maryland. Contact the study sites directly through ClinicalTrials.gov for enrollment availability.

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Data sourced from official public datasets. See our methodology for details. Retrieved and formatted by PlainTrial Editorial

Every figure on PlainTrial is rendered directly from the ClinicalTrials.gov registry, no number is typed in by an editor. This page mirrors this trial's own ClinicalTrials.gov registry record, live from the dataset. See our editorial standards & corrections policy, the methodology behind these numbers, or report a data error.