CI

At a glance

ClinicalIndex Comparison Record
N/ACompleted· 900 enrolled
Drug / intervention
Revealother
Likely dose
Not stated in 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/NCT06174649
NCT06174649N/ACompleted

Fast Antibiotic Susceptibility Testing for Gram Negative Bacteremia Trial

Duke University·interventional·Posted Dec 18, 2023·Updated Jul 8, 2025

In Brief

A clinical study evaluating Reveal for Gram-negative Bacteremia and Bloodstream Infection. Completed, enrolled 900 participants across 7 sites in 4 countries.

Detailed Summary

This study is a 2-arm, multicenter, multinational, prospective, randomized, controlled clinical trial. Hospitalized subjects with blood cultures growing Gram negative bacilli (GNB) will be randomized 1:1 to have the positive blood cultures characterized using standard of care (SOC) antimicrobial susceptibility testing (AST) vs. a rapid AST method known as Reveal™ in addition to SOC AST. The purpose of the FAST trial is to evaluate whether use of a rapid phenotypic AST improves clinical outcomes compared to use of SOC AST methods in clinical settings with high resistance rates.

Study Details

Study Typeinterventional
Allocation--
Masking--
Primary Purpose--
CountriesGreece, India, Israel, Spain

Timeline

N/ACompletedFinished
202420252026
First PostedDec 18, 2023
Enrollment StartDec 22, 2023
Primary CompletionJun 18, 2025
TodayJul 2, 2026
Enrollment to primary: 1.5 yearsPosted 2.5 years ago

Interventions

Revealother

Reveal is a rapid AST method, which uses small molecule sensor technology to detect growth of bacterial populations by measuring volatile metabolites, and provides AST results in \~5 hours. Reveal™ is approved for clinical use in the European Union (EU) and Israel and approval is in process in India, and provides minimum inhibitory concentrations (MICs) for 28 antibiotics and 9 Gram negative species, that together account for \~90% of organisms causing Gram negative blood stream infections (BSI).