Multifaceted Program to Improve Interpersonal Skills of Physicians

Study Overview
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Brief Summary
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To determine whether the implementation of a multifaceted training program relying on the conceptual framework of the Four Habits Model improved the communication and interpersonal skills for hospital physicians during consultations compared with control physicians receiving no intervention, the investigators will conduct a prospective randomized, controlled, open-label, two parallel arms, superiority interventional trial. The unit of randomization is the physician.

Detailed Description
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Rationale: Interpersonal skills, encompassing communication and empathy, are key components of effective medical consultations and represent physician core competences that are most desired by patients. High-quality communication relates with enhanced patient satisfaction, greater adherence to treatment, better health outcomes, and decreased risk of malpractice claims. Many organizations have therefore implemented structured training programs to improve physician communication skills in North America and Europe. Yet limited evidence exists on the effectiveness of these programs in improving physician interpersonal skillsMost studies used unvalidated instruments that may not accurately reflect interpersonal skills, were underpowered to detect clinically meaningful differences in interpersonal skills due to relatively limited sample size, lacked a control group, or used a study design that was prone to evaluation bias. In addition, few studies examined whether these training programs dedicated to improve physician communication skills altered patient satisfaction therapeutic alliance or modified physician self-efficacy and professional achievement. The Four Habits Model is a training program that has been developed within the US Health Maintenance Organization Kaiser Permanente and implemented for teaching effective communication to thousands of clinicians in this organization over the two last decades. The Four Habits Model refers to basic medical interview tasks that are organized within four dimensions, namely, Invest in the beginning, Elicit the patient's perspective, Demonstrate empathy, and Invest in the end. Since its development, the Four Habits Model has been successfully implemented outside the Kaiser Permanente system, in various settings in North America and Western Europe. Our research team recently carried out the cross-cultural adaptation of the Four Habits Coding Scheme (4-HCS) scale into French. The 4-HCS is a standardized instrument designed to assess physician communication skills from an external rater's perspective, relying on the conceptual framework of the Four Habits Model. The investigators hypothesize that the implementation of a multifaceted training program based on the Four Habits Model improved physician interpersonal skills without altering consultation duration, increased patient satisfaction and therapeutic alliance, and modified physician self-efficacy and professional achievement. Primary objective: To determine whether the implementation of a multifaceted training program relying on the conceptual framework of the Four Habits Model improved the communication and interpersonal skills for hospital physicians during consultations compared with control physicians receiving no intervention. Secondary objective: To compare study arms with regard to: mean duration of medical consultation For patients: patient satisfaction with the consultation therapeutic alliance For physicians: 4-HCS subscale scores Professional achievement Methodology: Prospective, randomized (with a 1:1 allocation ratio), controlled, open-label, two parallel arms, superiority interventional trial in one study site. The unit of randomization is the physician. Randomization will be performed by minimization, taking into account the status (attending versus non-attending) and specialty (medical versus surgical) of the physician. Timeline: Pre-intervention trial period: The participating physicians will be invited to videotape medical consultations with at least four consecutive patients (consenting to the research) over a 3-month period. The video-recorded consultations will be independently evaluated by two raters using the 4-HCS scale Randomization: Physicians will be randomly assigned to study arms Intervention: Physicians in the intervention arm will receive the training program consisting of two half-day group workshops with a review of the skills needed to build effective patient relationships and a discussion of difficult consultations. Physicians in the control group will not receive any specific intervention at this stage. Post-intervention trial period: The participating physicians in the two study arms will be invited to videotape medical consultations with at least four consecutive patients (consenting to the research) over a 3-month period Personalized feedback will then be given on the acquisition of skills of the physicians in the intervention arm. Number of subjects: 224 consecutive patients included (112 per arm) nested within 28 physicians (14 per arm). A sample of 56 patients included by 14 physicians in each arm would confer a power greater than 80% to show an average difference of 7.5 points in the 4-HCS score (alpha risk of 0.05 in bilateral situations). Each arm of the trial will include 56 pre-intervention and 56 post-intervention patients, for a total of 224 patients. Randomization: To ensure allocation concealment, participating physicians will be randomized at the end of the pre-intervention study period. A third party will generate allocation sequence, with a 1:1 ratio, using minimization stratified by physician specialty (i.e., medical versus surgical) and attending status (i.e., attending physician versus non-attending physician). The investigators will use the software RStudio with package Minirand. Blinding: In this open label trial, the participating physicians will not be blinded to allocation. Only the physicians who will rate video-recorded consultations and the statistician will be blinded to study arm. Statistical analysis of data: A statistical analysis plan (SAP) will be developed prior to database lock, reviewed by the principal investigator and an independent statistician, and approved by the steering committee. Any post-hoc or unplanned analyses not specified in the SAP will be clearly identified as such in the final statistical report (FSR) and manuscripts for publication. No formal interim analysis is planned. Analysis populations A statistical analysis plan (SAP) will be developed prior to database lock, reviewed by the principal investigator and an independent statistician, and approved by the steering committee. Any post-hoc or unplanned analyses not specified in the SAP will be clearly identified as such in the final statistical report (FSR) and manuscripts for publication. No formal interim analysis is planned. Analysis populations The intention-to-treat (ITT) population will consist of all observations for participating physicians who have been randomized. Patients and physicians will be analyzed in the study arm assigned by randomization. The per-protocol (PP) population will consist of all observations for randomized physicians without any major deviation from the protocol (non-compliance with the multifaceted training program) and evaluable. The numbers of patients and physicians in ITT and PP populations will be presented by study arm throughout a CONSORT-style flow-chart extension for cluster randomized trials. Baseline characteristics Baseline and demographic characteristics will be summarized for both ITT and PP populations. Baseline patient and physician characteristics will be compared between the two study arms. Analysis of the primary outcome The primary outcome analysis (i.e., 4-HCS overall score) will be conducted within the ITT population and, for sensitivity reason, repeated within the PP population. For this purpose, the investigators will use a difference-in-differences approach, with a two-sided alpha level of 0.05. To account for patient clustering within participating physicians, the investigators will analyze 4-HCS overall score using random-intercept linear regression model for continuous dependent variable. Analysis of the secondary outcomes. The analysis of secondary outcomes will be exploratory in nature. Inferential comparisons for participating physicians between study arms will be performed using the Student t or Wilcoxon rank-sum test for unpaired data for continuous outcome variables. To account for patient clustering within participating physicians, the investigators will analyze secondary outcome measures using random-intercept linear regression model for continuous dependent variable. All tests of secondary outcome analyses will be performed on both ITT and PP populations at a two-sided alpha level of 0.05. Subgroup analysis. No subgroup analysis is planned for the primary and secondary outcome measures. Missing data. The completeness of study data will be reported for baseline characteristics and outcome variables. The investigators will perform multivariate imputation using chained equations (MICE) for replacing missing primary and secondary outcome values Study feasibility: The investigators identified the American multidimensional Four Habits Coding Scheme (4-HCS) scale, which produces a composite score of the quality of interpersonal skills that can be used in initial or continuing education. No instrument for measuring interpersonal skills was available in French. Therefore, the investigators proceeded with the cross-cultural adaptation of this scale. The cross-cultural adaptation of this scale was used to evaluate simulated filmed consultations of approximately 200 students from the Grenoble Faculty of Medicine during the period 2017-2018. This experiment allowed for the verification of the feasibility of the evaluation of interpersonal skills via this scale and made it possible to constitute a sufficient sample of videos to validate the psychometric properties of the scale. Thus, this tool can be used in initial or continuing education for the evaluation of interpersonal skills and allows for the measurement of the progression of these skills within the framework of an intervention aimed at improving them. Interest of the study: The intervention should increase the physician's skills in establishing a caregiver-patient relationship and in managing difficult consultations, particularly those with high emotional load, without significantly altering the duration of the consultation. The proposed trial should document the effect of this intervention on specific patient (satisfaction, therapeutic alliance) and clinician (professional fulfillment) outcomes.

Official Title
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Effectiveness of a Multifaceted Program to Improve Interpersonal Skills of Physicians in Medical Consultations. A Randomized Controlled Trial (EPECREM)

Conditions
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Communication Programs, Interpersonal Skill, Physician-Patient Relations

Intervention / Treatment
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* Other: Interpersonal Skills Multifaceted Training Program for the physician-patient relationship


Participation Criteria
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Eligibility Criteria
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Inclusion criteria Physicians: Physicians board-certified in medical, surgical, or gynaecology-obstetrics specialty at Grenoble Alpes University Hospital Provision of written informed consent Patients: Scheduled consultation in the public sector at Grenoble Alpes University Hospital Patient treated in the participating physician's department Initial consultation for new patient Age ≥18 years old Exclusion Criteria: Physicians: - Problems expressing or understanding the French language for cultural or language reasons Patients: Problems expressing or understanding the French language for cultural or language reasons Patients who are unable to provide written informed consent, because of cognitive impairment, altered mental status, or communication impairments for medical reason Patient subject to a legal protection measure or unable to express their objection

Ages Eligible for Study
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Minimum Age: 18 Years

Sexes Eligible for Study
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All

Accepts Healthy Volunteers
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Accepts Healthy Volunteers

Study Plan
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How is the study designed?
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Design Details

Primary Purpose: Other
Allocation: Randomized
Intervention Model: Parallel Assignment
Interventional Model Description: Prospective, randomized (with a 1:1 allocation ratio), controlled, open-label, two parallel arms, superiority interventional trial. The unit of randomization is the physician. Randomization will be performed by minimization, taking into account the status (attending versus non-attending) and specialty (medical versus surgical) of the physician.
Masking: Single


Arms and Interventions

| Participant Group/Arm | Intervention/Treatment |
| --- | --- |
| Experimental: Intervention arm<br>Physicians in the intervention arm will receive the training program consisting of two half-day group workshops with a review of the skills needed to build effective patient relationships and a discussion of difficult consultations. | Other: Interpersonal Skills Multifaceted Training Program for the physician-patient relationship<br>* The training program consisting of two half-day group workshops with a review of the skills needed to build effective patient relationships and a discussion of difficult consultations based on communication theory like Process-Com® and the Four Habits Model.<br>* Other names: The Four Habits Model;|
| No Intervention: Control arm<br>Physicians in the control group will not receive any specific intervention at this stage. | |

What is the study measuring?
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Primary Outcome Measures

| Outcome Measure | Measure Description | Time Frame |
| --- | --- | --- |
| Four-Habits-Coding-Scheme scale score | The primary outcome measure is the overall 4-HCS scale score. This score is computed by summing ratings for the 4-HCS individual items, ranging from 23 (i.e., less effective) to 115 (i.e., more effective). Two physicians blinded to study arm will independently rate video-recorded medical consultations using the 4-HCS. To account for inter-rater variability, we will computed average 4-HCS overall rating scores. | The primary outcome measure will be the mean difference in the 4-HCS score at a 3-month interval between the first (3-month period beginning on date of randomization) and second wave of consultations (3-month period beginning on date of intervention). | 

Secondary Outcome Measures

| Outcome Measure | Measure Description | Time Frame |
| --- | --- | --- |
| Duration of medical consultation | Duration in seconds of medical consultation measured on video recording | The outcome measure will be the mean difference in the duration at a 3-month interval between the first (3-month period beginning on date of randomization) and second wave of consultations (3-month period beginning on date of intervention). | 
| American Board of Internal Medicine's Patient Satisfaction Rating Scale | Patient satisfaction with the consultation assessed using the cross-cultural adaptation of the American Board of Internal Medicine's Patient Satisfaction Rating Scale in French, a scale from 0 point (the worse) to 40 points (the higher) | The outcome measure will be the mean difference in the score at a 3-month interval between the first (3-month period beginning on date of randomization) and second wave of consultations (3-month period beginning on date of intervention). | 
| Therapeutic Alliance Inventory scale | Therapeutic alliance assessed using the cross-cultural adaptation of the Therapeutic Alliance Inventory scale in French, a scale from 12 points (the worse) to 60 points (the higher) | The outcome measure will be the mean difference in the score at a 3-month interval between the first (3-month period beginning on date of randomization) and second wave of consultations (3-month period beginning on date of intervention). | 
| 4-HCS subscale scores | 4-HCS subscale scores assigned by two independent raters based on video-recorded consultations: Invest in the Beginning, Elicit Patient's Perspective, Empathy, and Invest in the End | The outcome measure will be the mean difference in the score at a 3-month interval between the first (3-month period beginning on date of randomization) and second wave of consultations (3-month period beginning on date of intervention). | 
| Maslach Burnout Inventory multidimensional scale | Professional achievement assessed using the cross-cultural adaptation of the Maslach Burnout Inventory multidimensional scale in French, a scale from 0 point (the worse) to 54 points (the higher) | The outcome measure will be the mean difference in the score at a 3-month interval between the first (3-month period beginning on date of randomization) and second wave of consultations (3-month period beginning on date of intervention). |