Last Updated: June 24, 2026

CLINICAL TRIALS PROFILE FOR CHOLIC ACID


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All Clinical Trials for Cholic Acid

Trial ID Title Status Sponsor Phase Start Date Summary
NCT00004442 ↗ Study of Bile Acids in Patients With Peroxisomal Disorders Terminated Children's Hospital Medical Center, Cincinnati N/A 1969-12-31 OBJECTIVES: I. Determine the effectiveness of oral bile acid therapy with cholic acid, chenodeoxycholic acid, and ursodeoxycholic acid in patients with peroxisomal disorders involving impaired primary bile acid synthesis. II. Determine whether suppression of synthesis of atypical bile acids and enrichment of bile acid pool with this regimen is effective in treating this patient population and improving quality of life.
NCT00004442 ↗ Study of Bile Acids in Patients With Peroxisomal Disorders Terminated University of Cincinnati N/A 1969-12-31 OBJECTIVES: I. Determine the effectiveness of oral bile acid therapy with cholic acid, chenodeoxycholic acid, and ursodeoxycholic acid in patients with peroxisomal disorders involving impaired primary bile acid synthesis. II. Determine whether suppression of synthesis of atypical bile acids and enrichment of bile acid pool with this regimen is effective in treating this patient population and improving quality of life.
NCT00007020 ↗ Compassionate Treatment of Patients With Inborn Errors of Bile Acid Metabolism With Cholic Acid Completed Children's Hospital Medical Center, Cincinnati Phase 3 1992-01-01 OBJECTIVES: I. To Evaluate the therapeutic efficacy of cholic acid during provision of compassionate treatment to patients with identified inborn errors of bile acid synthesis and metabolism II. To assess the safety and tolerability of cholic acid
NCT00007020 ↗ Compassionate Treatment of Patients With Inborn Errors of Bile Acid Metabolism With Cholic Acid Completed Retrophin, Inc. Phase 3 1992-01-01 OBJECTIVES: I. To Evaluate the therapeutic efficacy of cholic acid during provision of compassionate treatment to patients with identified inborn errors of bile acid synthesis and metabolism II. To assess the safety and tolerability of cholic acid
>Trial ID >Title >Status >Phase >Start Date >Summary

Clinical Trial Conditions for Cholic Acid

Condition Name

Condition Name for Cholic Acid
Intervention Trials
Zellweger Syndrome 2
Adrenoleukodystrophy 2
Infantile Refsum's Disease 2
Bile Acid Synthesis Defect 2
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Condition MeSH

Condition MeSH for Cholic Acid
Intervention Trials
Syndrome 3
Refsum Disease, Infantile 2
Refsum Disease 2
Lipodystrophy 2
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Clinical Trial Locations for Cholic Acid

Trials by Country

Trials by Country for Cholic Acid
Location Trials
United States 11
Denmark 1
Taiwan 1
China 1
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Trials by US State

Trials by US State for Cholic Acid
Location Trials
Ohio 5
Texas 2
Pennsylvania 1
Nebraska 1
Colorado 1
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Clinical Trial Progress for Cholic Acid

Clinical Trial Phase

Clinical Trial Phase for Cholic Acid
Clinical Trial Phase Trials
PHASE2 1
Phase 4 1
Phase 3 5
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Clinical Trial Status

Clinical Trial Status for Cholic Acid
Clinical Trial Phase Trials
Completed 4
Recruiting 3
NOT_YET_RECRUITING 2
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Clinical Trial Sponsors for Cholic Acid

Sponsor Name

Sponsor Name for Cholic Acid
Sponsor Trials
Children's Hospital Medical Center, Cincinnati 4
Retrophin, Inc. 3
Travere Therapeutics, Inc. 3
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Sponsor Type

Sponsor Type for Cholic Acid
Sponsor Trials
Other 29
Industry 6
UNKNOWN 3
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Cholic Acid: Clinical Trial Update, Market Analysis, and 5-Year Projection

Last updated: May 4, 2026

What is cholic acid and where does it sit clinically?

Cholic acid (CA) is a primary bile acid used clinically to treat bile acid synthesis disorders and certain bile acid transport defects. It is also used off-label in some settings where bile acid replacement is attempted, but commercial demand is driven primarily by labeled indications and rare-disease prescribing patterns.

Clinical development reality: For most of the modern market, “cholic acid” demand is not driven by new, late-stage development cycles. Commercial use is dominated by established, marketed formulations and by updates to indication labels, dosing regimens, and patient-identification pathways in rare diseases.

What clinical trials are active or recently updated?

No complete, publication-grade “active trials” list can be produced from the information available in this session. A complete clinical-trials update requires trial-level data (registry status, NCT numbers, enrollment, endpoints, sponsor, and dates), which is not present here.

How does the cholic acid market work commercially?

Demand drivers

Market pull for cholic acid is driven by:

  • Rare bile acid synthesis disorders requiring bile acid replacement.
  • Payer and center-of-excellence prescribing patterns where specialist hepatology and metabolic clinics manage long-term therapy.
  • Formulation continuity because chronic therapy creates supply continuity needs and reduces tolerance for switching.

Supply and pricing dynamics

  • Generic and legacy productization typically constrains pricing power.
  • Rare-disease reimbursement often supports stable utilization even when pricing per patient is high, but total market growth is limited by patient prevalence and diagnostic rates.
  • Drug shortages and supply interruptions can create short-term distribution volatility and temporary backorders, which then normalize.

Competitive landscape

Competition is based on:

  • Product availability (supply continuity).
  • Coverage and contracting (formularies, specialty pharmacy networks).
  • Rare-disease center prescribing behavior.

Where is the addressable patient population concentrated?

The highest-yield commercial segments are:

  • Bile acid synthesis defects (classic rare indications where cholic acid is a standard replacement).
  • Specialist-managed pediatric and adolescent populations where diagnosis and initiation are concentrated in pediatric gastroenterology/hepatology and metabolic genetics pathways.
  • Geographies with mature rare-disease diagnostic infrastructure where genetic and biochemical workups increase identification rates.

What is the market size and growth outlook?

A numeric market-sizing and forecasting model cannot be credibly calculated from the information available in this session. Market projection requires at least one of: (1) total treated-patient counts, (2) annual units sold and WAC, (3) reimbursement benchmarks, or (4) reliable third-party market estimates. None are provided here.

Five-year projection: base case, upside, and downside

A projection table cannot be produced without source market inputs or validated estimates. Creating numbers without an evidence basis would not meet a hard-patent/market-analysis standard.

What should investors and R&D teams watch?

Clinical and regulatory signals

In cholic acid, the main watch items are:

  • Label updates tied to bile acid synthesis disorder subtypes and age groups.
  • Payer policy shifts for rare-disease bile acid therapy reimbursement.
  • Supply chain continuity that affects specialty pharmacy fill rates.

Technical/CMC and formulation signals

Because the therapy is long-term and chronic:

  • Stability/scale-up and regulatory maintenance are commercial-critical.
  • Switching friction is high when patients are stable on a specific formulation.

Patent and exclusivity strategy

A patent-driven market can shift quickly if a secondary patent or new formulation extends protection. A credible patent landscape requires dossier-level and jurisdiction-level filings that are not present here.

Key Takeaways

  • Cholic acid demand is anchored in rare bile acid synthesis disorders and specialist long-term prescribing patterns.
  • A rigorous clinical trials update with registry-level proof cannot be produced from the information available in this session.
  • A credible market sizing and 5-year projection with numbers cannot be produced without validated sales, treated-patient, or third-party market data.

FAQs

  1. Is cholic acid still seeing new late-stage clinical development?
    New late-stage cycles are not consistently the demand driver; commercial use is typically anchored in established labeled indications and ongoing real-world utilization.

  2. What drives cholic acid utilization in practice?
    Specialist diagnosis and initiation for bile acid synthesis and related disorders, with long-term therapy adherence.

  3. What are the biggest commercial risks?
    Supply continuity issues and payer coverage constraints that affect specialty pharmacy access.

  4. Does formulation matter for patients and payers?
    Yes. Chronic therapy and stability on treatment increase switching friction, so formulation continuity can affect utilization.

  5. Will patents meaningfully change the market outlook?
    They can, but only if there is demonstrable jurisdictional exclusivity or meaningful formulation patent coverage; that requires a patent map and filing timeline.

References

[1] No sources were provided in the prompt, and none can be cited without access to external trial registries, labels, or market reports.

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