Last Updated: June 25, 2026

CLINICAL TRIALS PROFILE FOR FLUOROMETHOLONE


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All Clinical Trials for fluorometholone

Trial ID Title Status Sponsor Phase Start Date Summary
NCT00707421 ↗ Usefulness of Topical Non-Steroidal Anti-Inflammatory Drugs or Steroids Before Trabeculectomy and Clinical Outcomes Completed Funding for Research in Ophthalmology (FRO) Phase 3 2005-07-01 Antiglaucoma medication have been shown to induce subclinical conjunctival inflammation in a considerable proportion of glaucoma patients. Today, trabeculectomy still remains the gold standard as surgical treatment of medically uncontrolled glaucoma disease. However, this procedure is associated with variable possible complications, of which subconjunctival fibrosis is the most frequent one. The latter results in a non-functional filtering bleb. As a consequence, either additional interventions such as laser suture lysis, needling, bleb revision or additional IOP-lowering medication is necessary. Previous studies demonstrated a benefit of the use of topical steroids postoperatively in reducing inflammation and subsequent subconjunctival fibrosis. In this perspective, we will prospectively explore the usefulness of topical NSAID or corticosteroid therapy preoperatively as compared to placebo in subjects scheduled for first-time trabeculectomy, without interrupting topical antiglaucoma therapy. This will allow us to determine wether the impact of longterm topical antiglaucoma therapy on subclinical conjunctival inflammation which possibly result in postoperative fibrosis and bleb failure can be reversed by anti-inflammatory medication before filtering surgery.
NCT00707421 ↗ Usefulness of Topical Non-Steroidal Anti-Inflammatory Drugs or Steroids Before Trabeculectomy and Clinical Outcomes Completed Universitaire Ziekenhuizen Leuven Phase 3 2005-07-01 Antiglaucoma medication have been shown to induce subclinical conjunctival inflammation in a considerable proportion of glaucoma patients. Today, trabeculectomy still remains the gold standard as surgical treatment of medically uncontrolled glaucoma disease. However, this procedure is associated with variable possible complications, of which subconjunctival fibrosis is the most frequent one. The latter results in a non-functional filtering bleb. As a consequence, either additional interventions such as laser suture lysis, needling, bleb revision or additional IOP-lowering medication is necessary. Previous studies demonstrated a benefit of the use of topical steroids postoperatively in reducing inflammation and subsequent subconjunctival fibrosis. In this perspective, we will prospectively explore the usefulness of topical NSAID or corticosteroid therapy preoperatively as compared to placebo in subjects scheduled for first-time trabeculectomy, without interrupting topical antiglaucoma therapy. This will allow us to determine wether the impact of longterm topical antiglaucoma therapy on subclinical conjunctival inflammation which possibly result in postoperative fibrosis and bleb failure can be reversed by anti-inflammatory medication before filtering surgery.
NCT00824811 ↗ Topical Cyclosporine vs. Placebo for Epiphora Associated With Docetaxel Withdrawn Allergan Phase 2 2009-06-01 Objective: To evaluate the safety and efficacy of topical cyclosporine eye drops (Restasis®) for the treatment of epiphora caused by canalicular stenosis secondary to Docetaxel (Taxotere®) treatment for various cancers.
NCT00824811 ↗ Topical Cyclosporine vs. Placebo for Epiphora Associated With Docetaxel Withdrawn M.D. Anderson Cancer Center Phase 2 2009-06-01 Objective: To evaluate the safety and efficacy of topical cyclosporine eye drops (Restasis®) for the treatment of epiphora caused by canalicular stenosis secondary to Docetaxel (Taxotere®) treatment for various cancers.
NCT01288404 ↗ Randomized Controlled Trial of Subconjunctival Bevacizumab Injection in Impending Recurrent Pterygium Completed Ramathibodi Hospital N/A 2008-01-01 Hypothesis: Subconjunctival bevacizumab injection may potentially suppress neovascularization in pterygium, preventing or retarding the progression of recurrence.
NCT01448213 ↗ Comparison of Two Steroid Regimens to Prevent Transplant Rejection After Corneal Transplant (DMEK) Completed Price Vision Group Phase 2 2011-10-01 The purpose of this study is to compare two different commonly used steroid dosing regimens after Descemet's membrane endothelial keratoplasty (DMEK) transplant surgery. The investigators hope to determine if one is more effective at preventing rejection or if both are equally effective.
NCT01562795 ↗ Efficacy of Nonsteroidal Anti-inflammatory Drugs in Treatment of Moderate and Severe Dry Eye Disease Completed Wenzhou Medical University N/A 2012-03-01 This clinical trial is to investigate whether nonsteroid anti-inflammatory drops have therapeutic effect on moderate to severe dry eye patients.And compare the efficacy of the two nonsteroid anti-inflammatory drops with topical corticosteroids.
>Trial ID >Title >Status >Phase >Start Date >Summary

Clinical Trial Conditions for fluorometholone

Condition Name

Condition Name for fluorometholone
Intervention Trials
Intraocular Pressure 4
Dry Eye Syndromes 2
Trichiasis 2
Corneal Graft Rejection 1
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Condition MeSH

Condition MeSH for fluorometholone
Intervention Trials
Dry Eye Syndromes 4
Keratoconjunctivitis Sicca 3
Eye Diseases 3
Keratoconjunctivitis 3
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Clinical Trial Locations for fluorometholone

Trials by Country

Trials by Country for fluorometholone
Location Trials
China 4
United States 4
Egypt 2
Ethiopia 2
United Kingdom 1
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Trials by US State

Trials by US State for fluorometholone
Location Trials
Indiana 2
Pennsylvania 1
Utah 1
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Clinical Trial Progress for fluorometholone

Clinical Trial Phase

Clinical Trial Phase for fluorometholone
Clinical Trial Phase Trials
PHASE4 2
PHASE2 1
Phase 4 9
[disabled in preview] 9
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Clinical Trial Status

Clinical Trial Status for fluorometholone
Clinical Trial Phase Trials
Completed 11
Not yet recruiting 5
Recruiting 3
[disabled in preview] 6
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Clinical Trial Sponsors for fluorometholone

Sponsor Name

Sponsor Name for fluorometholone
Sponsor Trials
Price Vision Group 2
Berhan Public Health and Eye Care Consultancy PLC 2
Zhongshan Ophthalmic Center, Sun Yat-sen University 2
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Sponsor Type

Sponsor Type for fluorometholone
Sponsor Trials
Other 37
Industry 4
U.S. Fed 1
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Last updated: May 22, 2026

Fluorometholone Clinical Trials Update, Market Analysis, and Revenue Projection (OTC/Prescription Ophthalmic Steroid)

Fluorometholone is an ophthalmic corticosteroid used for inflammatory eye conditions (commonly postoperative inflammation and steroid-responsive ocular inflammation). Public clinical trial reporting is limited relative to larger branded ophthalmics; most activity in the category is formulation, line extensions, and generic competition rather than new systemic clinical development. Market exposure is driven by (1) chronic use patterns for a subset of patients, (2) substitution risk from generics, and (3) payer and formulary preferences for the lowest-cost equivalent. Revenue projections for fluorometholone are therefore best modeled as a generics-cohort product with low-to-moderate elasticity to brand positioning.

Core data point framing

  • Drug class: Ophthalmic corticosteroid (synthetic fluorinated steroid).
  • Typical use: Reduction of inflammation and pain after ocular surgery; treatment of steroid-responsive ocular inflammatory conditions.
  • Development pattern observed in market: Limited new-molecule trials; recurring activity around manufacturing, bioequivalence, and formulation/label changes.

What is fluorometholone used for and where is it marketed (US vs EU vs Asia)?

Commercial use patterns Fluorometholone ophthalmic products are used to control inflammation in steroid-responsive conditions. In practice, demand is shaped by:

  • Postoperative inflammation management (high seasonality near elective cataract and refractive procedures).
  • Physician prescribing habits among ophthalmic steroid choices (loteprednol vs prednisolone acetate alternatives).
  • Generic availability and pricing.

Formulation and dosing availability Fluorometholone is marketed as ophthalmic suspensions and/or ophthalmic ointments depending on jurisdiction and manufacturer. Market penetration depends on local formulary listing and substitution rules.

Geographic reality

  • United States: Competitive low-price market behavior typical of legacy ophthalmic generics.
  • Europe: Similar substitution dynamics driven by generics and local reimbursement.
  • Asia: Demand growth tends to track ophthalmic procedure volumes and access, but competitive intensity remains high once generics enter.

What phase clinical trials are active for fluorometholone and what do they target?

Featured snippet answer: There is no clear, consistently reported global pipeline of late-stage (Phase 3) fluorometholone development in public registries; most observable activity is related to reformulations and generic/bioequivalence rather than new therapeutic indications.

Clinical trial visibility in practice Ophthalmic corticosteroids often show:

  • Bioequivalence and formulation studies (to support generic approvals).
  • Small clinical studies for label expansion or comparative onset/comfort endpoints, typically not platform-defining.
  • Postmarketing observational studies that are sporadic and not always discoverable in a single centralized dataset.

Implication for investors and partners

  • Partnership opportunities are more likely around product lifecycle management (line extensions, combination products if feasible) than around late-stage translational programs.

How many clinical trials exist for fluorometholone on ClinicalTrials.gov and what are their statuses?

Featured snippet answer: Public trial counts for fluorometholone are usually modest, with the majority not representing Phase 3 efficacy endpoints.

Status mix typically seen

  • Completed bioequivalence/formulation work.
  • Withdrawn studies or studies with limited results reporting.
  • Few, if any, recruiting interventional trials aimed at new clinical outcomes.

What this means for a market forecast

  • Pipeline-driven growth is limited.
  • Volume and price are the primary drivers.

What endpoints do fluorometholone trials use (inflammation control, pain, visual function)?

Typical endpoints used in ophthalmic steroid trials include:

  • Reduction in conjunctival or anterior segment inflammation (graded clinical scoring).
  • Symptom relief metrics (pain, photophobia, discomfort).
  • Time to inflammation control and durability of response.
  • Safety endpoints: ocular hypertension risk, posterior subcapsular cataract risk (more relevant with long-term exposure), infection risk screening.

Regimen relevance

  • Most trials anchor around postoperative inflammation course durations, often 1 to 2 weeks, depending on surgical protocol.

What is the current competitive landscape for fluorometholone ophthalmic steroids?

Key competitors (therapeutic class)

  • Loteprednol etabonate ophthalmic products
  • Prednisolone acetate ophthalmic suspensions
  • Dexamethasone ophthalmic suspensions (where used)
  • Hydrocortisone / other steroid options depending on indication

Competitive dynamics

  • Efficacy and tolerability: Loteprednol is often favored for lower intraocular pressure rise risk relative to some alternatives, depending on clinical practice patterns.
  • Substitution: Generics for older steroids compress pricing.
  • Formulary tactics: Step edits and preferred drug lists determine near-term share more than trial-to-trial differences.

How strong is the patent estate for fluorometholone (composition, formulation, method-of-use)?

Featured snippet answer: Fluorometholone ophthalmic products are legacy assets; patent barriers are generally low relative to newer ophthalmics, with competitive pressure from generics already present in many markets.

Patent estate pattern (industry typical)

  • Early composition patents have long since expired.
  • Remaining enforceable rights, if any, typically relate to:
    • Specific formulations (particle size, suspension characteristics)
    • Manufacturing methods
    • Indication-specific labeling (method-of-use) if supported by later filings
    • Packaging or stability claims, where enforceable

Commercial implication

  • Even if some formulation patents exist, the market tends to route through bioequivalent generic entries unless label differentiation is strong.

When does fluorometholone lose exclusivity and what generic entry risks exist?

Featured snippet answer: For legacy fluorometholone, exclusivity is usually already expired or close to it; the dominant generic entry risk is ongoing substitution rather than a single “cliff” event.

Generic entry risk drivers

  • Bioequivalence acceptance for generic suspensions/ointments
  • Label overlap with widely used postoperative and anti-inflammatory indications
  • Low switching friction once costs diverge
  • Increased use of therapeutic interchange where allowed

What is the Orange Book status of fluorometholone (US) and how many ANDAs cover it?

Featured snippet answer: Fluorometholone is typically represented by multiple abbreviated applications in the US market due to generics and legacy status.

How to interpret the number of ANDAs

  • Higher ANDA counts generally translate into:
    • Faster price erosion
    • More supply channels
    • Lower ability for any single supplier to hold share without contract wins

Litigation and exclusivity

  • Any remaining exclusivity is usually not the dominant commercial driver.
  • Market share tends to be decided by pricing, availability, and formulary status.

What Paragraph IV challenges are filed for fluorometholone?

Featured snippet answer: Paragraph IV activity is more common when there is an active branded or protected formulation. For legacy ophthalmic steroids like fluorometholone, Paragraph IV events tend to be historical and less frequent in recent years unless a specific formulation received later protection.

Market meaning

  • If Paragraph IV filings occurred, they generally mattered for the specific FDA-listed NDA or formulation being challenged.
  • For current forecasts, the dominant issue is ongoing generic substitution rather than continuous litigation-driven supply disruption.

What patent litigation affects fluorometholone or its generic competitors?

Featured snippet answer: Public record litigation, when present, usually clusters around specific NDA/formulation patents rather than the core active ingredient.

Commercial impacts of litigation

  • Temporary supply constraints or delayed approvals can cause brief pricing spikes.
  • Settlement agreements often normalize the market quickly once entry windows are reached.

What FDA regulatory pathway governs fluorometholone ophthalmic products (NDA vs ANDA vs 505(b)(2)?

Featured snippet answer: Most current fluorometholone supply in the US typically follows the ANDA pathway for bioequivalent generic products. Branded legacy products historically used NDA approvals.

Why this matters for forecasts

  • ANDA-driven entries compress prices and reduce margin unless:
    • A supplier wins long-term contracts
    • Supply reliability is prioritized in tender markets
    • A formulation has minor differentiation that affects prescribing

What is fluorometholone’s market size and what is the key revenue model?

Featured snippet answer: Fluorometholone’s market is best treated as a mature ophthalmic steroid segment with revenue driven by unit volume and pricing per bottle or tube.

Revenue model components

  • Units: Prescriptions and OTC access patterns where applicable; postoperative procedure volume as a downstream demand driver.
  • Price: Generics pricing, net of rebates and channel discounts.
  • Share stability: Tied to formulary inclusion and switch activity.
  • Seasonality: Elective surgeries can cause quarter-to-quarter swings.

Projection approach used in market forecasting

  • Start with an estimated “covered prescriptions” baseline for ophthalmic steroid use.
  • Apply share drift based on competitor pricing and formulary status.
  • Apply annual price decline typical for mature generics.
  • Apply mild volume growth tied to procedure volume growth and population aging.

Fluorometholone vs loteprednol vs prednisolone acetate: who is winning and why?

Featured snippet answer: Loteprednol often commands better brand positioning on tolerability and intraocular pressure concerns, while prednisolone acetate competes on ubiquity and cost. Fluorometholone generally sits in the mature, price-sensitive segment.

Comparison drivers

  • Prescriber preference: influenced by patient risk profile (steroid response risk).
  • Tolerability perception: relative ocular hypertension risk.
  • Generic breadth: affects price and accessibility.
  • Surgical protocol alignment: hospital and surgeon preferences for postoperative steroid regimen.

Implication

  • Fluorometholone projections depend more on price stability and distribution than on clinical differentiation.

What supply and manufacturing/IP barriers could limit generic competition?

Featured snippet answer: For ophthalmic suspensions, manufacturing and quality controls can create intermittent supply constraints, but they rarely create durable, high barriers once generic approvals are established.

Typical constraints

  • Suspension uniformity and particle distribution
  • Sterility assurance and preservative stability
  • Stability and shelf-life demonstration
  • Scale-up consistency

Forecast effect

  • When supply constrains, pricing can temporarily firm.
  • Over a multi-year horizon, these effects average out unless there is a persistent shortage or plant-specific issues.

What commercial scenarios are most likely for fluorometholone over the next 3–7 years?

Scenario set (market-logic, no pipeline dependence)

  1. Baseline (most likely): Continued generics substitution; low single-digit unit growth and low-to-mid single-digit annual price decline.
  2. Bull (contract-driven): One or two suppliers win major contract or formulary placements; pricing decline moderates.
  3. Bear (supply/price pressure): Increased generic competition or aggressive price cuts drive faster margin compression.

Revenue direction

  • Mature generics typically show flat-to-slow growth in revenue with net declines in unit price, offset only partially by unit increases.

Key clinical and safety considerations that affect prescribing volume

In-practice safety drivers

  • Ocular hypertension risk and steroid response monitoring
  • Risk of infection with inappropriate steroid use
  • Cataract risk in chronic use
  • Need for dosing adherence and tapering guidance post-surgery

Why this matters for market

  • Safety awareness can shift prescribers toward agents perceived as lower-risk and can reduce long-term steroid exposure duration.
  • However, for standard postoperative short courses, prescribing usually remains routine.

Key Takeaways

  • Fluorometholone is a mature ophthalmic corticosteroid where market outcomes are driven primarily by generics substitution, contract pricing, and surgical procedure volumes rather than new clinical pipeline catalysts.
  • Public clinical trial activity appears limited and skewed toward formulation/bioequivalence rather than Phase 3 or late-stage indication expansion.
  • Patent and regulatory barriers are generally low versus newer ophthalmics, so the dominant commercial risk is continued pricing compression.
  • Near- to mid-term revenue projection should be modeled as a mature, price-declining segment with volume growth tied to procedure demand and competitive share drift.

FAQs

  1. Is fluorometholone available as a generic in the US and how does that affect pricing?
  2. How do ophthalmologists choose between fluorometholone, loteprednol, and prednisolone acetate for postoperative inflammation?
  3. What are the main safety monitoring requirements for patients treated with ophthalmic corticosteroids like fluorometholone?
  4. Do fluorometholone ophthalmic products face shortages or supply constraints, and how would that change revenue?
  5. What regulatory pathway do generic fluorometholone products typically use (ANDA vs 505(b)(2))?

References (APA)

  1. U.S. National Library of Medicine. (n.d.). ClinicalTrials.gov. https://clinicaltrials.gov
  2. U.S. FDA. (n.d.). Drugs@FDA: FDA Approved Drug Products. https://www.accessdata.fda.gov/scripts/cder/daf/index.cfm
  3. U.S. FDA. (n.d.). Orange Book: Approved Drug Products with Therapeutic Equivalence Evaluations. https://www.accessdata.fda.gov/scripts/cder/daf/index.cfm

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