Reduction of Claustrophobia and Patient Motion After Training of MRI Personnel in Comfort TalkTM

Claustrophobia Clinical Trial

Official title: Amelioration of Claustrophobia and Disruptive Patient Motion in MR Imaging

Status Completed

Clinical Trial Summary

Annually, an estimated 700,000 patients do not complete their scheduled MRI scans because of claustrophobia or inability to hold still. Training staff working in MRI facilities to provide Comfort Talk® promises to enable patients to complete and obtain high quality imaging without medication, which will increase comfort and reduce sedation risks for the patients, and increase efficiency and reduce loss of revenue for the facilities.

Clinical Trial Description

Claustrophobia and disruptive patient motion are common impediments to MRI examination, but they may be prevented or ameliorated with a non-pharmacologic behavioral intervention administered by trained staff. The potential benefits of such an intervention are highly significant, considering that the alternatives are to cancel the study or administer sedation. Inability to complete their MRI scans adversely affects an estimated 700,000 patients every year in the US. These patients are either deprived of a diagnosis, subject to diagnostic delays, or are exposed to risks of pharmacologic sedation, including death. The imaging facilities in turn, typically cannot fill the suddenly vacated examination slots in time before the next scheduled patient and thus incur considerable lost revenue and efficiency. The long-term goal is to provide a validated, clinically feasible means for non-pharmacologic amelioration of claustrophobia and disruptive patient motion, achieved by training MRI staff to use advanced rapport skills and comforting language to help patients. Phase I will design and perform a formative evaluation of a Comfort Talk® Training intervention so that definitive testing of the hypothesized benefits for the intervention can be accomplished in Phase II.

In Specific Aim 1 the Comfort TalkTM intervention sequence will be designed to include training in advanced rapport skills, using basic comforting language and avoiding negative language for all facility staff (including receptionists, technologists, nurses, and physicians). A core of licensed healthcare professionals will be taught how to guide patients in self-hypnotic relaxation techniques, using scripts, found to be safe and effective in the radiology department. Techniques are designed to easily integrate into the normal workflow without adding time. Training will include 2x8 hrs live at three test sites. Acceptance, observation of staff behavior, qualitative feedback, and rates of noncompletion will be used to assess efficacy of training, guide prototype development, and develop train-the-trainer materials. Using in-market piloting techniques, niche applications with their metrics will be explored to develop situation—specific supplemental materials. In Aim 2 an interactive web-based electronic platform will be developed to supplement training and provide post-training support. It will provide scenarios and practice applications, guided dialogue options, functions for online live interactive classes, and interface with smartphones. The prototype will be beta-tested with 20 experts in hypnosis and refined through user input from the test sites. Aim 3 is to conduct a formative evaluation of the entire Comfort Talk® intervention. Effects will be evaluated in 3-months intervals and compared to baseline performance. Criteria will include acceptance, qualitative feedback, content mastery, staff behavior, rates of noncompletion, patient recall and satisfaction. Additional metrics identified through in-market exploration will be analyzed for their potential as economic drivers and evaluation instruments. ;

Related Conditions & MeSH terms

• Claustrophobia
• Complication of Diagnostic Procedure
• Phobic Disorders

• NCT number: NCT01563198
• Study type: Interventional
• Source: Hypnalgesics, LLC
• Status: Completed
• Phase: N/A
• Start date: August 2011
• Completion date: February 17, 2016