MIDI
DeviceMIDI is an AI-based TRIAGE tool and its primary purpose is workflow triage of brain MRI scans.
NCT Number: NCT07671664
The aim of the trial is to understand whether a computerised tool designed to quickly spot problems in brain scans (MIDI) can help doctors diagnose cases faster. This will help patients by getting them the treatment they need sooner. How useful doctors find the tool will also be measured, and whether it is cost-saving for the National Health Service (NHS).
Trial opening soon.
Get Notified18 year and older
All sexes
Interventional
Not applicable
NHS radiology services are under unprecedented pressure as rising demand outpaces available workforce capacity. MRI utilisation across the NHS has increased by 9% year-on-year. As a result, many departments have relied on unsustainable measures such as outsourcing and weekend insourcing to manage reporting backlogs.
Delays in scan reporting have serious implications, including missed or delayed diagnoses, prolonged hospital stays, higher healthcare costs, and poorer patient outcomes. A systematic review and meta-analysis found that each month of delay in initiating cancer treatment increases mortality risk by approximately 10%.
There is an urgent need for validated digital tools that can reduce TATs without compromising diagnostic accuracy. The TRIAGE study (Triage Radiology Imaging Assessment for Greater Effectiveness (TRIAGE): a Cluster-Randomised Crossover Trial Evaluating the Reporting Turn-Around-Time of Brain Magnetic Resonance Images using an AI-enabled Abnormality Detector for Prioritisation) evaluates whether MIDI can reduce the average TAT of abnormal scans in routine NHS clinical practice.
The primary purpose of MIDI is workflow triage: it enables prioritisation of abnormal scans within radiology reporting worklists, helping departments manage high volumes efficiently.
Healthy volunteers accepted: No
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
For main trial
For O3 subgroup ● Radiologists, radiographers, and referring clinicians involved with the use of the MIDI tool at sites who consent to completing the staff survey
For O7 subgroup
For O8 subgroup
Additionally for those completing EORTC questionnaires:
● Able to give consent and likely to be able to complete EORTC questionnaires.
Exclusion criteria
For main trial
For O3 subgroup ● Radiologists, radiographers, and referring clinicians involved with the use of the MIDI tool at sites who do not consent to completing the staff survey
For O7 subgroup
For O8 subgroup
Additionally for those completing EORTC questionnaires:
● Unable to give consent and unlikely to be able to complete EORTC questionnaires.
MIDI is an AI-based TRIAGE tool and its primary purpose is workflow triage of brain MRI scans.
Time frame: Time from abnormal MRI acquisition to radiologist report authorisation over 8 months.
Time frame: Time from abnormal MRI acquisition to radiologist report authorisation over 8 months.
Time frame: Time from abnormal MRI acquisition to radiologist report authorisation over 8 months.
Time frame: From MRI scan acquisition to final radiologist report authorisation over 8 months.
Time frame: From MRI scan acquisition to initiation of treatment over 8 months.
Time frame: From MRI scan acquisition to initiation of treatment within 8 months as well as from MRI scan acquisition to 28 and 90 days for mortality and 90 days for ECOG/KPS outcomes.
Incremental cost per change in turnaround time, time to diagnosis, time to treatment change, in 28-day mortality, in 90-day mortality, in ECOG/KPS at 90 days.
Time frame: From the start to month 6 of the intervention.
Time frame: Time from MRI acquisition to final radiologist report acquisition over 8 months
Time frame: Acquisition of critically abnormal brain MRI scans to final radiologist report authorisation over 8 months.
Time frame: MRI scan acquisition to final radiologist report authorisation over 8 months.
Time frame: Time from MRI Acquisition to Definitive Diagnosis or Censoring, Time from MRI Acquisition to Treatment Change during Phase I and II (19 months)
Time frame: Within 14 days following index brain scan containing brain metastases
Time frame: Within 28 days following the index MRI brain scan and within 90 days following the index MRI brain scan
Time frame: Days alive and out of hospitals within 90 days following index MRI brain scan
Time frame: Time from MRI scan acquisition to treatment (or censoring at the end of the data collection period) within 8 months.
Time frame: Treatment - Within 48 days following index MRI brain scan Treatment with SRS - Within 90 days following index brain MRI scan
Time frame: Within 90 days following index MRI brain scan
ECOG: Standardised 0 to 4 scale - 0 is fully active, 4 is completely disabled KPS - 10 to 100 scale - 10 is critically ill, 100 is no evidence of disease
Time frame: At 90 days (± 14 days) following the index MRI brain scan
Time frame: At 90 days (± 14 days) following index MRI brain scan
ECOG: Standardised 0 to 4 scale - 0 is fully active, 4 is completely disabled KPS - 10 to 100 scale - 10 is critically ill, 100 is no evidence of disease
Time frame: At 90 days (± 14 days) following the index MRI brain scan
Contact information is provided by the study sponsor or research team.
Giusi Manfredi, PhD
CONTACT
00
PCTU Trial Management team
CONTACT
00
King's College London
Other
Triage Radiology Imaging Assessment for Greater Effectiveness (TRIAGE): a Cluster-Randomised Crossover Trial Evaluating the Reporting Turn-Around-Time of Brain Magnetic Resonance Images Using an AI-enabled Abnormality Detector for Prioritisation
Acronym: TRIAGE
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View the official ClinicalTrials.gov record (opens in a new tab)This listing is for discovery and informational purposes only. It is not medical advice, does not guarantee that a study is recruiting, and does not determine eligibility. Contact the study team and a qualified healthcare professional when considering participation.
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