Last Updated: May 11, 2026

CLINICAL TRIALS PROFILE FOR CARVEDILOL


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All Clinical Trials for CARVEDILOL

Trial ID Title Status Sponsor Phase Start Date Summary
NCT00000294 ↗ Effects of Carvedilol on Cocaine Use in Humans - 11 Completed University of Minnesota Phase 2 1998-09-01 The purpose of this study is to examine carvedilol effects in response to cocaine.
NCT00000294 ↗ Effects of Carvedilol on Cocaine Use in Humans - 11 Completed University of Minnesota - Clinical and Translational Science Institute Phase 2 1998-09-01 The purpose of this study is to examine carvedilol effects in response to cocaine.
NCT00000294 ↗ Effects of Carvedilol on Cocaine Use in Humans - 11 Completed National Institute on Drug Abuse (NIDA) Phase 2 1998-09-01 The purpose of this study is to examine carvedilol effects in response to cocaine.
NCT00004854 ↗ The Safety and Efficacy of Adjunct Carvedilol in Children With Moderate Heart Failure Completed National Center for Research Resources (NCRR) Phase 1 1969-12-31 We would like to see if using Carvedilol in adjunct with Ace inhibitors will increase ejection fraction of the heart under echo. All interpretation of data will be sent to Boston Children's Hospital to be reviewed, which is the primary research center in this study. There are 5 hospitals participating in this study. The population targeted are children with moderate heart failure and must be on Ace inhibitors at the time of enrollment. Our outcome after placing them on Carvedilol is to change their ejection fraction on echo. The patients will be seen every 1-2 weeks, while we will titrate their medication to a maintenance dose. Secondary outcome is to increase quality of life, exercise tolerance and decrease their symptom scores as noted on their questionnaires.
NCT00052026 ↗ Safety and Efficacy Study of Carvedilol to Treat Children With Congestive Heart Failure Completed University of Utah Phase 3 2000-05-01 The purpose of this study is to determine whether a new medicine, called carvedilol, improves symptoms and heart function in children who have congestive heart failure (diminished function of their heart muscle that pumps blood to the body). To accomplish this, we will give carvedilol to some patients who have diminished heart function and congestive heart failure and see whether symptoms and heart function are better at the end of an 8 month period in those who received carvedilol compared to the other patients who did not receive carvedilol. We will be testing 2 different doses of carvedilol compared to no additional medicine.
NCT00052026 ↗ Safety and Efficacy Study of Carvedilol to Treat Children With Congestive Heart Failure Completed Shaddy, Robert, M.D. Phase 3 2000-05-01 The purpose of this study is to determine whether a new medicine, called carvedilol, improves symptoms and heart function in children who have congestive heart failure (diminished function of their heart muscle that pumps blood to the body). To accomplish this, we will give carvedilol to some patients who have diminished heart function and congestive heart failure and see whether symptoms and heart function are better at the end of an 8 month period in those who received carvedilol compared to the other patients who did not receive carvedilol. We will be testing 2 different doses of carvedilol compared to no additional medicine.
>Trial ID >Title >Status >Phase >Start Date >Summary

Clinical Trial Conditions for CARVEDILOL

Condition Name

Condition Name for CARVEDILOL
Intervention Trials
Heart Failure 23
Hypertension 23
Portal Hypertension 15
Cirrhosis 14
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Condition MeSH

Condition MeSH for CARVEDILOL
Intervention Trials
Hypertension 46
Heart Failure 46
Liver Cirrhosis 24
Hypertension, Portal 24
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Clinical Trial Locations for CARVEDILOL

Trials by Country

Trials by Country for CARVEDILOL
Location Trials
United States 490
China 37
Japan 36
Korea, Republic of 21
India 19
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Trials by US State

Trials by US State for CARVEDILOL
Location Trials
New York 28
Texas 22
California 21
Florida 18
Illinois 16
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Clinical Trial Progress for CARVEDILOL

Clinical Trial Phase

Clinical Trial Phase for CARVEDILOL
Clinical Trial Phase Trials
PHASE4 10
PHASE3 1
PHASE2 6
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Clinical Trial Status

Clinical Trial Status for CARVEDILOL
Clinical Trial Phase Trials
Completed 97
Recruiting 36
Unknown status 30
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Clinical Trial Sponsors for CARVEDILOL

Sponsor Name

Sponsor Name for CARVEDILOL
Sponsor Trials
GlaxoSmithKline 24
Institute of Liver and Biliary Sciences, India 15
Shanghai Zhongshan Hospital 5
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Sponsor Type

Sponsor Type for CARVEDILOL
Sponsor Trials
Other 300
Industry 60
UNKNOWN 22
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CARVEDILOL Market Analysis and Financial Projection

Last updated: April 25, 2026

Carvedilol Clinical Trials Update, Market Analysis and 2026-2035 Projection

What is carvedilol’s global market footprint and how is it likely to move?

Carvedilol is a multi-indication beta-blocker used chronically in heart failure (HFrEF), post–myocardial infarction settings, and hypertension. It is widely available as generic medicine across major markets, which keeps pricing low and makes volume, guideline adherence, and payer formularies the primary drivers of growth.

Market structure (practical reality for 2026-2035)

  • Price floor from generics: Net revenue growth depends on unit volumes, switch rates across formularies, and the mix of strengths and pack sizes rather than price increases.
  • Therapy durability: Heart failure is a long-duration therapy class with high persistence, but incremental growth is constrained by guideline saturation and competing beta-blockers.
  • Competitive overlap: Carvedilol competes with other beta-blockers used in HFrEF (notably metoprolol succinate and bisoprolol) and with ARNI/SGLT2 inhibitor regimens that change the mix of background therapies.

Projection approach used for decisioning

  • Growth is modeled as volume growth plus modest mix shift, minus competitive substitution and ongoing price erosion.
  • For a generic backbone, the plausible range is low single-digit CAGR globally, with mid single-digit pockets in emerging markets where uptake and adherence remain below guideline benchmarks.

Global growth outlook (directional, basis for modeling)

  • Base case: +2% to +4% CAGR in global net sales value through 2030, then +1% to +3% to 2035 as price compression continues.
  • Bear case: 0% to +2% CAGR if substitution and price erosion outpace volume growth.
  • Bull case: +4% to +6% CAGR if emerging-market adoption accelerates faster than competitive substitution and payer mix supports higher persistence.

Key sensitivity levers

  • Heart failure prevalence and diagnosis rates
  • Persistence/adherence to daily carvedilol regimens
  • Switching behavior among prescribers relative to metoprolol succinate and bisoprolol
  • Generic pricing pressure in the US and EU
  • Formulary coverage and tender outcomes in large ROW markets

What is the current clinical trial landscape for carvedilol?

Carvedilol’s clinical development is dominated by new formulations, fixed-dose combinations, dosing strategies, and mechanistic studies rather than first-in-class efficacy trials. For most major indications, the core evidence base is already established, and new trials typically aim to improve tolerability, adherence, or endpoints relevant to modern treatment pathways.

How to interpret “activity” in carvedilol trials

  • Trials with carvedilol as an active comparator or background standard are common.
  • Many studies run as investigator-initiated work, public health cohorts, or protocolized substudies.
  • Late-stage registrational programs are less common because carvedilol is long out of patent in most jurisdictions.

Representative trial categories seen in carvedilol research

  • Heart failure: early vs standard dosing comparisons; carvedilol uptitration schemes; carvedilol in combination with guideline-directed background (ACEi/ARB/ARNI, beta-blockers, MRAs, SGLT2 inhibitors).
  • Hypertension: comparative effectiveness vs other beta-blockers, adherence-support strategies.
  • Metabolic and vascular comorbidities: effects on insulin sensitivity markers, lipids, vascular stiffness.
  • Special populations: elderly, chronic kidney disease, pulmonary disease cohorts where beta-blocker selectivity matters.

Practical implication for investors and R&D

  • If a company is considering carvedilol-centered development, the most feasible value creation lies in formulation or delivery improvements and in population-specific adherence or tolerability rather than in outcomes claims requiring large, expensive phase 3 programs.

Which regulatory and market realities constrain carvedilol upside?

Generic status

  • In most mature markets, carvedilol is generic. This caps pricing and makes moat-building difficult without differentiated formulation, branded supply agreements, or an evidence package that changes payer behavior.

Guideline-driven selection

  • In HFrEF, carvedilol is a standard option, but clinical practice often favors specific beta-blockers due to clinician familiarity and dosing conventions, limiting share gains.

Payer behavior

  • Formularies prioritize lowest net cost for generics. Changes in reimbursement typically follow tender cycles rather than clinical endpoints.

Safety and tolerability profile

  • Beta-blockers require uptitration and careful monitoring (bradycardia, hypotension). Real-world persistence is shaped by titration tolerability.

How should a 2026-2035 revenue projection be built for carvedilol?

Use a three-block model that reflects how generics actually win:

1) Addressable population and persistence

  • Heart failure prevalence growth and diagnosis rates drive demand.
  • Persistence declines if tolerability and titration support are weak.

2) Formulary and price index

  • Incorporate generic price erosion in US and EU.
  • Add tender outcomes and local reimbursement regimes for ROW.

3) Competitive substitution

  • Model share shifts between beta-blockers (carvedilol vs metoprolol succinate vs bisoprolol).
  • Allow substitution risk to be higher in markets with strong cost containment.

Projection template (example for scenario building)

  • Start: 2025 global net sales baseline (set internally).
  • Apply:
    • Volume CAGR: 1% to 4%
    • Net price CAGR: -1% to -3% (mature markets)
    • Mix shift: +0% to +1% (higher persistence and strength mix)
  • Net: typically low single-digit to mid single-digit depending on baseline and mix.

What are the biggest opportunities and where is clinical value most likely to show up?

With carvedilol, opportunities cluster around reducing regimen burden and improving tolerability:

Formulation and adherence

  • Extended-release or improved release profiles can support smoother hemodynamics and adherence.
  • Combination pills can reduce pill burden, improving persistence.

Modern treatment sequencing

  • Studies that show how carvedilol titration interacts with ARNI/SGLT2 inhibitor/MRA background therapy may support clinical pathways that improve persistence.

Population-specific evidence

  • Real-world adherence in elderly and comorbid populations can be improved through trial-backed titration algorithms and monitoring tools.

Key Takeaways

  • Carvedilol growth remains volume-led because it is widely generic in major markets; revenue upside depends on persistence, adherence, and emerging-market adoption.
  • Clinical activity is mostly incremental, centered on formulations, titration strategies, and combination use rather than registrational efficacy breakthroughs.
  • 2026-2035 global net sales outlook is low single-digit CAGR in the base case, with upside driven by emerging market volume and formulation differentiation, and downside driven by competitive substitution and continued price compression.

FAQs

  1. Is carvedilol still being studied in new clinical trials?
    Yes, but most studies focus on dosing/titration strategies, formulation, adherence, and mechanistic outcomes rather than new fundamental efficacy claims.

  2. What drives carvedilol market share in HFrEF?
    Formularies, net cost, clinician experience with specific beta-blockers, and real-world persistence tied to tolerability and uptitration support.

  3. How do SGLT2 inhibitors and ARNI affect carvedilol demand?
    They change background regimen mix and can affect beta-blocker choice and titration sequencing, but they do not eliminate the need for beta-blockade in HFrEF pathways.

  4. Where are the best growth opportunities for carvedilol?
    Emerging markets with rising heart failure diagnosis rates and markets where adherence-support strategies improve persistence.

  5. What R&D angle has the highest chance of commercial differentiation for carvedilol?
    Differentiated formulations or delivery that reduce regimen burden and improve tolerability, backed by evidence that influences payer or guideline adoption.


References

[1] EMA. Carvedilol product information and assessment documents. European Medicines Agency website.
[2] FDA. Carvedilol labeling history and regulatory information. US Food and Drug Administration website.
[3] GlobalData/PMR. Generic cardiovascular drug market reporting (carvedilol class coverage). Company market research portals.
[4] NICE. Chronic heart failure guideline NG106 and related updates (beta-blocker recommendations). National Institute for Health and Care Excellence.
[5] ESC. 2021 ESC Guidelines for the diagnosis and treatment of acute and chronic heart failure (beta-blocker options). European Society of Cardiology.

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