Chronic Hepatitis C Clinical Trial
— PRIORITIZEOfficial title:
THE PRIORITIZE STUDY: A Pragmatic, Randomized Study of Oral Regimens for Hepatitis C: Transforming Decision-Making for Patients, Providers, and Stakeholders
Verified date | December 2021 |
Source | University of Florida |
Contact | n/a |
Is FDA regulated | No |
Health authority | |
Study type | Interventional |
Phase 1 of this study compared the effectiveness of 3 approved DAA (direct-acting antiviral) HCV treatment regimens to learn whether they worked equally well under real-world conditions. Phase 2 of this study began early 2017 with removal of 1 DAA regimen, limiting randomization to just 2 FDA approved DAA regimens. Patients receiving HCV therapy in community and academic clinics were offered the opportunity to consent to be randomly assigned to one of three (phase 1) or one of two (phase 2) regimens and observed for outcomes. Once randomized, all medical care, laboratory testing, and any disease or side effect management were assumed by usual care conditions, and patient-reported outcomes were collected outside clinic in keeping with pragmatic design principles.
Status | Completed |
Enrollment | 1275 |
Est. completion date | September 2, 2020 |
Est. primary completion date | June 13, 2019 |
Accepts healthy volunteers | No |
Gender | All |
Age group | 18 Years and older |
Eligibility | Inclusion Criteria: - HCV Genotype 1a or 1b - Adult patients (age 18 years or older) - Patients being prescribed HCV treatment who can begin treatment with any of the three HCV treatments being studied (Harvoni (SOF/LDV), Viekira Pak (PrOD) (Phase 1 only), or Zepatier (EBR/GZR)) Exclusion Criteria: - Inability to provide written informed consent - HARVONI® is not a covered drug on benefits formulary - Current or historical evidence of hepatic decompensation (variceal bleeding, hepatic encephalopathy, or ascites) - Child Pugh (CTP) B or C Cirrhosis (documented CTP calculation is required) - Pregnant or breastfeeding women |
Country | Name | City | State |
---|---|---|---|
United States | University of Michigan | Ann Arbor | Michigan |
United States | Internal Medicine Associates of Wellstar Atlanta Medical Center | Atlanta | Georgia |
United States | Massachusetts General Hospital | Boston | Massachusetts |
United States | University of North Carolina at Chapel Hill | Chapel Hill | North Carolina |
United States | Northwestern University | Chicago | Illinois |
United States | Northwestern University | Chicago | Illinois |
United States | University of Cincinnati | Cincinnati | Ohio |
United States | Duke University Medical Center | Durham | North Carolina |
United States | GI Associates & Endoscopy Center | Flowood | Mississippi |
United States | University of Florida | Gainesville | Florida |
United States | Research Specialist of Texas | Houston | Texas |
United States | Indiana University Medical Center | Indianapolis | Indiana |
United States | University of Florida, Jacksonville | Jacksonville | Florida |
United States | Liver Wellness Center | Little Rock | Arkansas |
United States | John Hopkins University | Lutherville | Maryland |
United States | University of Miami/Schiff Center for Liver Diseases | Miami | Florida |
United States | University of Minnesota | Minneapolis | Minnesota |
United States | Yale University Digestive Diseases | New Haven | Connecticut |
United States | Columbia University Medical Center | New York | New York |
United States | Mt. Sinai Beth Israel | New York | New York |
United States | New York Langone Medical Center | New York | New York |
United States | Weill Cornell Medical College | New York | New York |
United States | University of Nebraska Medical Ctr | Omaha | Nebraska |
United States | Orlando Immunology Center | Orlando | Florida |
United States | Stanford University | Palo Alto | California |
United States | University of Pennsylvania | Philadelphia | Pennsylvania |
United States | Bon Secours St. Mary 's Hospital of Richmond (Liver Institute of Virginia) | Richmond | Virginia |
United States | Virginia Commonwealth University | Richmond | Virginia |
United States | Saint Louis University | Saint Louis | Missouri |
United States | UCSD Medical Center | San Diego | California |
United States | UCSF/Zuckerberg San Francisco General Hospital and Trauma Center | San Francisco | California |
United States | Univ of California, San Francisco | San Francisco | California |
United States | Southwest CARE Center | Santa Fe | New Mexico |
United States | University of Washington | Seattle | Washington |
United States | Virginia Mason Medical Center | Seattle | Washington |
United States | Mountain View Medical Center | Valatie | New York |
United States | Georgetown University | Washington | District of Columbia |
United States | Howard University | Washington | District of Columbia |
Lead Sponsor | Collaborator |
---|---|
University of Florida | AbbVie, Merck Sharp & Dohme Corp., Patient-Centered Outcomes Research Institute |
United States,
Type | Measure | Description | Time frame | Safety issue |
---|---|---|---|---|
Primary | Sustained Virologic Response (SVR12) mITT With Imputation-Phase 1 and 2 EBR/GZR, SOF/LDV | SVR (Sustained Virologic Response) 12 will be defined as undetectable hepatitis C virus (HCV) RNA at 12 week follow-up visit (12 -24 weeks after HCV treatment discontinuation at discretion of provider).
mITT with imputation (missing=failure). Total number of subjects reflects participants from EBR/GZR with or without RBV and SOF/LDV with or without RBV randomized during Phase 1 and Phase 2. |
12 weeks post-treatment | |
Primary | Phase 1/2 Number of Participants With Sustained Virologic Response (SVR12-mITT Without Imputation) | SVR (Sustained Virologic Response) 12 will be defined as undetectable hepatitis C virus (HCV) RNA at 12 week follow-up visit (12 -24 weeks after HCV treatment discontinuation as dictated by standard of care at each individual site).
Number of subjects reflects participants who started EBR/GZR or SOF/LDV- based treatment (with or without RBV) during Phase 1 and 2. |
12-24 weeks post HCV treatment | |
Primary | Phase 1-Sustained Virologic Response (SVR12) mITT With Imputation | SVR (Sustained Virologic Response) 12 will be defined as patients who have undetectable hepatitis C virus (HCV) RNA at 12 week follow-up visit (12 -24 weeks after HCV treatment discontinuation as dictated by standard of care at each individual site).
mITT with imputation (missing=failure). Total number of subjects reflects participants from Phase 1 only. |
12 weeks post-treatment | |
Primary | Phase 1 Number of Participants With Sustained Virologic Response (SVR12-mITT Without Imputation) | SVR (Sustained Virologic Response) 12 will be defined as undetectable hepatitis C virus (HCV) RNA at 12 week follow-up visit (12 -24 weeks after HCV treatment discontinuation as dictated by standard of care at each individual site).
Number of subjects reflects participants randomized during Phase 1 only. |
12 -24 weeks post-treatment | |
Primary | Mean Change in Headache-PRO Scores -Phase 1 | Headache was evaluated by the HIT-6 score, a validated, Patient Reported Outcomes survey (PROs) 'PROMIS Headache Impact Test (HIT)' with scores ranging from 36 to 78 with higher score reflecting greater impact. Mean change in headache side effect was evaluated using difference between baseline value of HIT-6 score to the highest (worst) score during treatment. Estimates of mean change and differences obtained from a constrained longitudinal linear mixed-effects model that treated baseline score as one of outcomes. Negative values for mean change represent improvement in symptom. | Baseline to On-Treatment | |
Primary | Mean Change in Headache-EBR/GZR and SOF/LDV | Headache was evaluated by the HIT-6 score, a validated, Patient Reported Outcomes survey (PROs) 'PROMIS Headache Impact Test (HIT)' with scores ranging from 36 to 78 with higher score reflecting greater impact. Mean change in headache side effect was evaluated using difference between baseline value of HIT-6 score to the highest (worst) score during treatment. Estimates of mean change and differences obtained from a constrained longitudinal linear mixed-effects model that treated baseline score as one of outcomes. Negative values for mean change represent improvement, while negative values for 'difference' indicate LDV/SOF performed better than PrOD | Baseline to On-Treatment | |
Primary | Median Change in Headache -Phase 1 | Headache was evaluated by the HIT-6 score, a validated, Patient Reported Outcomes survey (PROs) 'PROMIS Headache Impact Test (HIT)' with scores ranging from 36 to 78 with higher score reflecting greater impact. Median change in headache side effect was evaluated using difference between baseline value of HIT-6 score to the highest (worst) score during treatment. Estimates of mean change and differences obtained from a constrained longitudinal linear mixed-effects model that treated baseline score as one of outcomes. Negative values for change represent improvement, while negative values for 'difference' indicate LDV/SOF performed better than PrOD | 12 weeks (Baseline and Average On-treatment Score) | |
Primary | Median Change in Headache-Phase 2 | Headache was evaluated by the HIT-6 score, a validated, Patient Reported Outcomes survey (PROs) 'PROMIS Headache Impact Test (HIT)' with scores ranging from 36 to 78 with higher score reflecting greater impact. Median change in headache side effect was evaluated using difference between baseline value of HIT-6 score to the highest (worst) score during treatment. Estimates of median change and differences obtained from a constrained longitudinal linear mixed-effects model that treated baseline score as one of outcomes. Negative values for mean change represent improvement, while negative values for 'difference' indicate LDV/SOF performed better than PrOD | Baseline -on Treatment (12-16 weeks) | |
Primary | Mean Change in Nausea/Vomiting PRO Score -Phase 1 | Patients completed the PROMIS® Nausea Short Form at Baseline (T1) and on-treatment. PROMIS raw scores from each of the completed questionnaires were converted to standardized T-scores. Change was calculated as the difference between baseline and on-treatment score. T-scores for the PROMIS Nausea and Vomiting 4a scale range from 45.0 - 80.1. Higher scores indicate worse nausea. Negative values for mean change represent improvement.
The estimates of mean change and differences were obtained from a constrained longitudinal linear mixed-effects model that treated the baseline score as one of the outcomes. The model expressed mean score as a function of DAA regimen, cirrhosis status, HCV genotype, sex, age, race, and previous treatment status. |
Baseline to On-Treatment | |
Primary | Mean Change in Nausea/Vomiting PROMIS Score -EBR/GZR vs. LDV/SOF | Participants completed the Patient Reported Outcomes surveys (PROs) 'PROMIS Nausea/Vomiting -4 Short Form' at baseline and during treatment. Raw scores are converted to standardized T-scores with a range of 45.0-80.1. Higher scores indicate worse nausea/vomiting.
Results presented as mean difference from baseline to average of on Treatment Scores (highest/worst) score during treatment. A negative (-) PROMIS change score is suggestive of symptom improvement or lack of drug side effect. Estimates of mean change were obtained from a constrained longitudinal linear mixed-effects model that treated the baseline score as one of the outcomes. |
Baseline and Average On-Treatment Score | |
Primary | Median Change in Nausea PRO Score -Phase 1 | Patients completed the PROMIS® Nausea Short Form at Baseline (T1) and on-treatment. PROMIS raw scores from each of the completed questionnaires were converted to standardized T-scores. Change was calculated as the difference between baseline and on-treatment score. T-scores for the PROMIS Nausea and Vomiting 4a scale range from 45.0 - 80.1. Higher scores indicate worse nausea. Negative values for mean change represent improvement.
The estimates of change and differences were obtained from a constrained longitudinal linear mixed-effects model that treated the baseline score as one of the outcomes. |
Baseline to end of treatment | |
Primary | Median Change in Nausea PROMIS Score-EBR/GZR SOF/LDV | Patients completed the PROMIS® Nausea Short Form at Baseline (T1) and on-treatment. PROMIS raw scores from each of the completed questionnaires were converted to standardized T-scores. Change was calculated as the difference between baseline and on-treatment score. T-scores for the PROMIS Nausea and Vomiting 4a scale range from 45.0 - 80.1. Higher scores indicate worse nausea. Negative values for change represent improvement.
The estimates of change and differences were obtained from a constrained longitudinal linear mixed-effects model that treated the baseline score as one of the outcomes. |
Baseline- On Treatment (up to 16 weeks) | |
Primary | Mean Change in Fatigue PRO Score -Phase 1 | Fatigue severity collected from validated, Patient Reported Outcomes survey (PROs), 'PROMIS Fatigue Short Form'. PROMIS® T-scores were computated to compare difference between baseline value of PROMIS score to the highest (worst) score during treatment. Results presented as computated t-score from baseline to average of on Treatment Scores. A positive (+) score suggests improvements in functional well-being. A negative (-) PRO change score is suggestive of symptom improvement or lack of drug side effect. PROMIS Fatigue Score scale per question: 1=Never, 2=Rarely, 3=Sometimes, 4=Often, 5=Always with 7 questions for a total maximum score of 35. | Baseline to On-treatment | |
Primary | Mean Change in Fatigue PRO -EBR/GZR vs SOF/LDV | Fatigue severity collected from validated, Patient Reported Outcomes survey (PROs), 'PROMIS Fatigue Short Form'. PROMIS® T-scores were computated to compare difference between baseline value of PROMIS score to the highest (worst) score during treatment. Results presented as computated t-score from baseline to average of on Treatment Scores. A positive (+) score suggests improvements in functional well-being. A negative (-) PRO change score is suggestive of symptom improvement or lack of drug side effect. PROMIS Fatigue Score scale per question: 1=Never, 2=Rarely, 3=Sometimes, 4=Often, 5=Always with 7 questions for a total maximum score of 35. | Baseline and Average On-Treatment Score | |
Primary | Median Change in Fatigue -Phase 1 | Fatigue severity collected from validated, Patient Reported Outcomes survey (PROs), 'PROMIS Fatigue Short Form'. PROMIS® T-scores were computated to compare difference between baseline value of PROMIS score to the highest (worst) score during treatment. Results presented as computated t-score from baseline to average of on Treatment Scores. A positive (+) score suggests improvements in functional well-being. A negative (-) PRO change score is suggestive of symptom improvement or lack of drug side effect. PROMIS Fatigue Score scale per question: 1=Never, 2=Rarely, 3=Sometimes, 4=Often, 5=Always with 7 questions for a total maximum score of 35. | Baseline to End of Treatment | |
Primary | Median Change in Fatigue-Phase 2 | Fatigue severity collected from validated, Patient Reported Outcomes survey (PROs), 'PROMIS Fatigue Short Form'. PROMIS® T-scores were computated to compare difference between baseline value of PROMIS score to the highest (worst) score during treatment. Results presented as computated t-score from baseline to average of on Treatment Scores. A positive (+) score suggests improvements in functional well-being. A negative (-) PRO change score is suggestive of symptom improvement or lack of drug side effect. PROMIS Fatigue Score scale per question: 1=Never, 2=Rarely, 3=Sometimes, 4=Often, 5=Always with 7 questions for a total maximum score of 35. | Baseline-On Treatment (up to 16 weeks) | |
Primary | Mean Change in HCV- PRO- Phase 1 | HCV-PRO, a survey for patients with HCV that measures physical, emotional, and social functioning, productivity, intimacy, and perception of quality of life, was used to assess 'overall functioning and well-being'. In general, lower score is worst outcome and higher scores indicate greater well-being and functioning. However, for ease of interpretation, HCV-PRO scale has been transformed by using '100 - HCV-PRO' ultimately revising the score to mean 0 (lowest score) is best to 100 (worst outcome). A positive change (End of treatment to baseline) suggests improvements in functional well-being.
Total score = (SUM-N)/(4*N)*100, where N is the number of questions answered. |
Baseline to End of Treatment | |
Primary | Median Change in HCV-PRO (Overall Well Being) -Phase 1 | HCV-PRO, a survey for patients with HCV that measures physical, emotional, and social functioning, productivity, intimacy, and perception of quality of life, was used to assess 'Overall Functioning and Well-being'. In general, lower score is worst outcome and higher scores indicate greater well-being and functioning. However, for ease of interpretation, HCV-PRO scale has been transformed by using '100 - HCV-PRO' ultimately revising the score to mean 0 (lowest score) is best to 100 (worst outcome). A positive change (End of treatment to baseline) suggests improvements in functional well-being.
Total score = (SUM-N)/(4*N)*100, where N is the number of questions answered. |
Baseline to End of Treatment | |
Primary | Mean Change in HCV-PRO (Functional Well-being) EBR/GZR vs. SOF/LDV Score-Phase 2 | HCV-PRO, a survey designed to assess functional status of patients with HCV and measures physical, emotional, and social functioning, productivity, intimacy, and perception of quality of life, was used to assess functional well-being. In general, lower score is worst outcome and higher scores indicate greater well-being and functioning. However, for ease of interpretation, HCV-PRO scale has been transformed by using '100 - HCV-PRO' ultimately revising the score to mean 0 (lowest score) is best to 100 (worst outcome). A positive change (End of treatment to baseline) suggests improvements in functional well-being.
Total score = (SUM-N)/(4*N)*100, where N is the number of questions answered. End of Treatment -Baseline were used to calculate CHANGE in outcome. Number of subjects reflects participants from both Phase 1 and 2. |
End of Treatment - Baseline | |
Primary | 16 Wk EBR/GZR With RBV Efficacy on Patients With HCV RASs | Efficacy of Hepatitis C Virus (HCV) Treatment with Zepatier (Elbasvir/Grazobevir) with Ribavirin (RBV) for 16 weeks when used in Genotype 1a patients with Baseline RASs (NS5a Resistance Associated Substitutions or RAPs -Resistance Associated Polymorphisms).
Efficacy defined as HCV RNA undetectable 12 weeks post treatment. Table excludes Genotype 1b patients. |
12 weeks post treatment | |
Secondary | Treatment Non-Adherence Probability Estimates | The Voils Medication Adherence Survey (VMAS) was used to evaluate medication adherence during HCV treatment. Participants responded to three questions about the extent of adherence during the past seven days of treatment (during early and late on-treatment occasions). Participants responded using a five-point ordinal scale of missed dosing from 1 (none of the time) to 5 (all of the time). On each occasion participants were coded as being "Non-adherent" if any response was > 1, otherwise they were coded as "Adherent". Probability estimates of percentage of patients reporting non-adherence were calculated per HCV treatment (Direct Acting Antiviral-DAA) regimen: 1)EBR/GZV (elbasvir/grazoprevir, 2)SOF/LDV (sofosbuvir/ledipasvir), 3)PrOD | 12-16 weeks of HCV treatment | |
Secondary | Change in HCV-associated Symptoms (PROMIS Measures) After HCV Treatment Initiation | Change in HCV-associated symptoms was calculated as the mean differences of mean scores from multiple surveys from the NIH Patient-Reported Outcomes Measurement Information System (PROMIS)-- Fatigue, nausea, belly pain, sleep disturbance, and diarrhea) and functional status (well-being) when comparing baseline to early post-treatment and late post treatment surveys. Mean change scores were calculated by comparing baseline to early post-treatment (1 yr) and late post-treatment (approximately 3 years) surveys. T-scores for the PROMIS Nausea and Vomiting 4a scale range from 45.0 - 80.1. Higher scores indicate worse nausea. Negative values for mean change represent improvement.Negative numbers suggest better symptoms (improvement in HCV-associated symptoms). PROMIS Fatigue Score scale per question: 1=Never, 2=Rarely, 3=Sometimes, 4=Often, 5=Always with 7 questions for a total maximum score of 35.HCV-PRO positive estimates suggest baseline functional well-being improvement. | 1 year post treatment discontinuation (Early post-tx) | |
Secondary | Post-treatment Progression/Regression of Liver Disease-Fib-4 | Mean change (delta) in FIB-4, an indirect non-invasive measure of liver fibrosis, calculated as baseline median -long term follow up median, following SVR after any of the study treatment regimens. Change in FIB-4 where negative values indicate improvement in liver fibrosis score and positive values indicate worsening of fibrosis score. There is no upper or lower limit for change. FIB-4 = age (years) * AST(IU/L)/Platelets (10^3/L) * ALT^.5(IU/L). In general, Score of 0-1.29 is low risk for advanced fibrosis, 1.30-1.67: intermediate risk for advanced liver fibrosis, >2.67: high risk for advanced fibrosis. | Baseline to up to 3 years post treatment discontinuation | |
Secondary | Change in Functional Status (HCV-PRO) Within Treatment | HCV-PRO score, a validated PROMIS survey used to evaluate overall functioning and well-being in HCV patients, was utilized to compare long-term 'within treatment' changes of functional well-being. In general, lower score is worst outcome and higher scores indicate greater well-being and functioning. However, for ease of interpretation, HCV-PRO scale has been transformed by using '100 - HCV-PRO' ultimately revising the score to mean 0 (lowest score) is best to 100 (worst outcome). A positive estimate (Post treatment to baseline) suggests baseline functional well-being improvement.
Total score = (SUM-N)/(4*N)*100, where N is the number of questions answered. |
Treatment start date up to 2 years post-treatment | |
Secondary | Number of Participants With Adverse Events That Caused Treatment Discontinuation-EBR/GZR vs. LDV/SOF | The number of participants with adverse events that led to early treatment discontinuation (defined as duration less than originally prescribed treatment regimen) | Treatment start date through treatment completion (up to 24 weeks) | |
Secondary | HCV SVR Durability -No Cirrhosis | Number/Percentage of patients with persistence of viral cure, SVR (SVR = Sustained Virologic Response)- defined as undetectable HCV RNA at least 24 weeks following HCV Treatment. | 24 weeks post-end of treatment up to 153 weeks | |
Secondary | HCV SVR Durability-Patients With Cirrhosis | Percentage of Cirrhotic patients with persistence of viral cure, SVR, (SVR= Sustained Virologic Response) defined as undetectable HCV RNA at least 24 weeks following HCV Treatment. | Up to 132 weeks post HCV treatment | |
Secondary | Impact of Baseline NS5A RASs on Treatment Outcomes-Phase 2 | Number of participants who achieved SVR (sustained virologic response), defined as undetectable HCV RNA 12 weeks post-treatment with RASs (Resistant Associated Substitutions) after treatment with EBR/GZR or SOF/LDV regimen | 12 weeks post HCV treatment |
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