Establishing Clinical Utility for a New Diagnostic Test for Patients With Shortness of Breath

Dyspnea Clinical Trial

Official title:

Establishing Clinical Utility for a New Diagnostic Test for Patients With Shortness of Breath: A CPV® Randomized Controlled Trial

Clinical Trial Details — Status: Completed

Administrative data

• NCT number: NCT04693793
• Other study ID #: 01-ACT-2020
• Status: Completed
• Phase: N/A
• Start date: March 5, 2021
• Est. completion date: October 15, 2022

Study information

• Verified date: November 2023
• Source: Qure Healthcare, LLC
• Contact: n/a
• Is FDA regulated: No
• Study type: Interventional

Clinical Trial Summary

This study will collect high-quality data on how practicing specialist physicians, specifically cardiologists and pulmonologists, across the U.S. currently manage patients with unexplained chronic dyspnea and and how the results of Janssen Pharmaceuticals' test change clinical decision making. To do so, this study leverages simulated patient cases called Clinical Performance and Value vignettes (CPVs) in a proven methodology to rapidly measure physician care decisions.

Description:

This study will collect high-quality data on how practicing specialist physicians, specifically cardiologists and pulmonologists, across the U.S. currently manage patients with unexplained chronic dyspnea and and how the results of Janssen Pharmaceuticals' test change clinical decision making. Data from this study will better illuminate the clinical use cases in which the Janssen test has the most significant impact on clinical decision making (and thus the largest potential clinical utility) and the associated physician characteristics (e.g., age, practice setting, training) associated with test adoption.

This study leverages simulated patient cases called Clinical Performance and Value vignettes (CPVs) in a proven methodology to rapidly measure physician care decisions. CPVs are a unique and scalable tool that standardizes practice measurement by having all providers care for the same (virtual) patients. With all providers caring for the same patients, the CPVs generate unbiased data that yields powerful insights into clinical decision making and how these decisions change with the introduction of a new product or solution. Data from the CPVs can quickly demonstrate the clinical utility of a solution, be published in peer-reviewed literature, inform marketing strategies and positively impact coverage and reimbursement decisions.

The study is a prospective cohort trial with six steps:

1. Enrollment: The study will enroll 249 cardiologists and pulmonologists practicing in the U.S. who are determined to be eligible by an eligibility screener.

2. Provider survey: Once the participants are enrolled in the study, they will be asked to complete a questionnaire describing their practice and professional background.

3. Randomization: The 249 participants will be randomized into three equally-sized arms (83 participants each arm): Control, Intervention 1, and Intervention 2.

4. CPVs (First Round): Participants will complete three randomly-assigned CPV patient simulations. Cases will be identical across the intervention and control arms. All interactive cases are presented on an online platform, and are accessible via unique weblinks and any internet-connected computer.

5. Education: The Intervention-1- and Intervention-2-arm participants will receive educational materials duplicating what physicians would receive in the real-world market as they adopt the Janssen technology. These materials are comprised of a slide deck, a sample test report, and a frequently asked questions (FAQ) sheet.

6. CPVs (Second Round): All participating physicians will then be asked to complete three additional CPV patient simulations. The cases are given to the doctors in a random order. Cases will be identical across the intervention and control arms. At an appropriate point in each case, Intervention 1 participants only will receive the Janssen test results whether they select it or not, and Intervention 2 participants will receive the Janssen test results only if they select it. Control arm participants will continue to have access to standard of care diagnostic tools, but not the Janssen test. All cases are presented on an online platform, and participants are provided with unique weblinks, accessible via any internet-connected computer.

Recruitment information / eligibility

• Status: Completed
• Enrollment: 219
• Est. completion date: October 15, 2022
• Est. primary completion date: September 15, 2022
• Accepts healthy volunteers: Accepts Healthy Volunteers
• Gender: All
• Age group: N/A and older

Eligibility

Inclusion Criteria:

1. Board-certified cardiologist or pulmonologist for at least two years

2. Averaging at least 20 hours per week of clinical and patient care duties over the last six months

3. Routinely evaluate patients for unexplained or chronic dyspnea in their practice

4. Practicing in the U.S.

5. English speaking

6. Access to the internet

7. Informed, signed and voluntarily consented to be in the study

Exclusion Criteria:

1. Non-English speaking

2. Practicing in an academic setting

3. Unable to access the internet

4. Not practicing in the U.S.

5. Not averaging at least 20 hours per week of clinical or patient care duties over the last six months

6. Do not voluntarily consent to be in the study

Related Conditions & MeSH terms

• Dyspnea
• Unexplained Chronic Dyspnea

Intervention

Other:
• Education Materials and Janssen Test
Intervention-1- and Intervention-2-arm participants will receive educational materials duplicating what physicians would receive in the real-world market as they adopt the Janssen technology. These materials are comprised of a slide deck, a sample test report, and a frequently asked questions (FAQ) sheet. Intervention 1 participants only will receive the Janssen test results whether they select it or not, and Intervention 2 participants will receive the Janssen test results only if they select it during the second round of case simulations.

Locations

Country	Name	City	State
United States	QURE Healthcare	San Francisco	California

Sponsors (2)

Lead Sponsor	Collaborator
Qure Healthcare, LLC	Johnson & Johnson Pharmaceutical Research & Development, L.L.C.

Country where clinical trial is conducted

United States, 

References & Publications (4)

Burgon TB, Cox-Chapman J, Czarnecki C, Kropp R, Guerriere R, Paculdo D, Peabody JW. Engaging Primary Care Providers to Reduce Unwanted Clinical Variation and Support ACO Cost and Quality Goals: A Unique Provider-Payer Collaboration. Popul Health Manag. 20 — View Citation

Peabody J, Martin M, DeMaria L, Florentino J, Paculdo D, Paul M, Vanzo R, Wassman ER, Burgon T. Clinical Utility of a Comprehensive, Whole Genome CMA Testing Platform in Pediatrics: A Prospective Randomized Controlled Trial of Simulated Patients in Physic — View Citation

Peabody JW, Strand V, Shimkhada R, Lee R, Chernoff D. Impact of rheumatoid arthritis disease activity test on clinical practice. PLoS One. 2013 May 7;8(5):e63215. doi: 10.1371/journal.pone.0063215. Print 2013. — View Citation

Solon O, Woo K, Quimbo SA, Shimkhada R, Florentino J, Peabody JW. A novel method for measuring health care system performance: experience from QIDS in the Philippines. Health Policy Plan. 2009 May;24(3):167-74. doi: 10.1093/heapol/czp003. Epub 2009 Feb 18 — View Citation

Outcome

Type	Measure	Description	Time frame	Safety issue
Primary	CPV-measured clinical score difference	Difference-in-differences regression analysis between the control and the intervention groups' diagnosis and treatment of chronic dyspnea, as measured by the participants diagnostic and treatment CPV case domain scores. In each domain of a CPV (history, physical exam, workup, diagnosis and treatment), participants' care recommendations are evaluated against evidence-based care scoring criteria which can sum from 0 to a high potential score of up to 100 percent in each domain, where higher scores mean better outcomes.	3 months
Primary	Test Adoption Rate	Rate of adoption of the Janssen test in Intervention 2 arm participants.	3 months
Primary	CPV-measured cost difference	Difference in expected cost of care between control and intervention participants. (Cost will be calculated by measuring differential rates of medical interventions/levels of care selected by each arm, and multiplying by Medicare reimbursement rates for these interventions, and/or by modeling the incidence of expected complications and calculating associated costs.)	3 months
Secondary	CPV-measured clinical score differences by use case	Difference in the overall, and the diagnostic and treatment quality scores between control and intervention participants. Diagnostic and treatment scores are calculated as the percent correct on CPVs, and the overall score is a average score of the subcategory scores (percent correct). This will be examined for each of the use cases to determine in which case(s) CPV scores most improved.	3 months
Secondary	CPV-measured cost differences by use case	Difference in expected cost of care between control and intervention participants. (Cost will be calculated by measuring differential rates of medical interventions/levels of care selected by each arm, and multiplying by Medicare reimbursement rates for these interventions, and/or by modeling the incidence of expected complications and calculating associated costs.) This will be examined for each of the use cases to determine in which case(s) cost metrics most improved.	3 months
Secondary	CPV-measured baseline variation	Participants completing the simulated cases, or CPVs, receive scores based upon the quality of care they provide. This measure will assess the baseline levels of variation in the care of pain patients among all participants, including by use case types	3 months