Last Updated: May 31, 2026

CLINICAL TRIALS PROFILE FOR TROPICAMIDE


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All Clinical Trials for tropicamide

Trial ID Title Status Sponsor Phase Start Date Summary
NCT00120432 ↗ Single Dose of 1% Tropicamide and 10% Phenylephrine for Pupillary Dilation Completed Khon Kaen University Phase 3 2004-12-01 The purpose of this study is to compare the efficacy on pupillary dilation between the single dose versus the three doses of 1% tropicamide with 10% phenylephrine for complete ocular examination.
NCT00500344 ↗ CAPTAIN:Choroidal Neovascularization Assessment by Pattern Electroretinography Completed Genentech, Inc. Phase 1 2007-07-01 CNV from AMD is the leading cause of blindness in people over 50 in North America. The hypothesis is to determine if there is an improvement in retinal function determined by ERG following treatment with ranibizumab for AMD
NCT00500344 ↗ CAPTAIN:Choroidal Neovascularization Assessment by Pattern Electroretinography Completed Washington University School of Medicine Phase 1 2007-07-01 CNV from AMD is the leading cause of blindness in people over 50 in North America. The hypothesis is to determine if there is an improvement in retinal function determined by ERG following treatment with ranibizumab for AMD
NCT00501878 ↗ 2.5% and 10% Phenylephrine for Mydriasis in Diabetic Patients With Darkly Pigmented Irides Completed Khon Kaen University Phase 4 2007-05-01 To compare the clinical efficacy and systemic side effects between 2.5% and 10% phenylephrine for mydriasis in diabetic patient with darkly pigmented irides.
NCT00541177 ↗ Study of Myopia Prevention in Children With Low Concentration of Atropine Unknown status Min-Sheng General Hospital Phase 4 2007-04-01 The purpose of this study is to test the hypothesis that myopia can be prevented by using a low concentration of atropine eyedrops once a week.
NCT00642135 ↗ CLAIR -FO: Clinical Trial of Ophthalmic Insert Mydriasert® Versus Reference Treatment Terminated Ioltech Phase 3 2006-01-01 Pupillary dilation to perform a fundus in premature newborns and neonates is often difficult to obtain, because of the non mature iris sphincter. The fundus is essential to detect retinal anomalies (as retinopathy of prematurity or chorioretinal or disk anomalies). The aim of the study is to obtain a satisfactory degree of mydriasis with a minimal dose of two mydriatic treatments, with an optimal duration and a good tolerance of the drugs. The study will evaluate the mydriasis in premature newborns, neonates and infants justifying a mydriasis for a bilateral diagnosis fundus, using ophthalmic insert Mydriasert® versus reference treatment (association of phenylephrine and tropicamide eyedrops). Ophthalmic insert Mydriasert® can control drug dispensation and decrease the number of nurse interventions to obtain mydriasis in patients.
>Trial ID >Title >Status >Phase >Start Date >Summary

Clinical Trial Conditions for tropicamide

Condition Name

Condition Name for tropicamide
Intervention Trials
Mydriasis 9
Myopia 4
Cataract 4
Dilation 4
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Condition MeSH

Condition MeSH for tropicamide
Intervention Trials
Mydriasis 14
Dilatation, Pathologic 5
Cataract 4
Retinopathy of Prematurity 4
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Clinical Trial Locations for tropicamide

Trials by Country

Trials by Country for tropicamide
Location Trials
United States 32
France 4
Greece 3
Thailand 3
Taiwan 2
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Trials by US State

Trials by US State for tropicamide
Location Trials
Ohio 4
California 4
Florida 3
Rhode Island 3
Kansas 3
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Clinical Trial Progress for tropicamide

Clinical Trial Phase

Clinical Trial Phase for tropicamide
Clinical Trial Phase Trials
PHASE3 1
PHASE1 1
Phase 4 18
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Clinical Trial Status

Clinical Trial Status for tropicamide
Clinical Trial Phase Trials
Completed 23
RECRUITING 7
Not yet recruiting 4
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Clinical Trial Sponsors for tropicamide

Sponsor Name

Sponsor Name for tropicamide
Sponsor Trials
Ocuphire Pharma, Inc. 4
Eyenovia Inc. 3
Khon Kaen University 3
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Sponsor Type

Sponsor Type for tropicamide
Sponsor Trials
Other 44
Industry 16
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Tropicamide: Clinical Trials Update, Market Analysis and Projection

Last updated: April 23, 2026

What clinical trial activity exists for tropicamide?

No current, publicly indexed clinical trials with meaningful new efficacy or safety endpoints for tropicamide were identified in standard global trial registries in the materials provided for this response. Tropicamide is widely marketed as an established ophthalmic antimuscarinic, and the observable public trial footprint is dominated by legacy studies, formulation/PK work tied to specific products, and small translational or device-adjunct studies rather than large, drug-development programs.

What is tropicamide’s market position?

Tropicamide is an on-market ophthalmic mydriatic/anticholinergic used for:

  • Pupillary dilation for ophthalmic examination and diagnostic work
  • Preoperative eye procedure preparation
  • Retinoscopy and refraction workflows in clinical practice

Supply and commercialization profile (high level)

  • Setting: prescription ophthalmology segment, typically dispensed as single-use or multi-dose eye drops
  • Competitive landscape: generic-dominated; branded offerings persist regionally, but product differentiation is mainly formulation, packaging, concentration, and dosing convenience
  • Regulatory posture: long-established active ingredient with multiple approvals across jurisdictions; development focus tends to shift to generics, fixed-combination products, and formulation improvements rather than novel MoAs

Practical implication for investors and R&D planners

Tropicamide is structurally constrained by:

  • Low differentiation: the mechanism of action (muscarinic blockade) is mature and target biology is well understood
  • Formulation-driven competition: most “development” activity is tied to dosing solutions and manufacturability, not new clinical claims
  • Clinical trial economics: dilution of trial value where endpoint differentiation is difficult and generic entry caps pricing power

How big is the tropicamide market (and what drives its ceiling)?

Public market sizing for tropicamide is typically embedded in broader categories such as ophthalmic mydriatics, anticholinergics, and eye care drops. Standalone, product-level market estimates are less consistently published than category-level figures, and published numbers often rely on aggregation and channel assumptions.

What can be stated precisely is that the addressable demand is driven by:

  1. Ophthalmic exam volume: increasing screening and routine exam utilization
  2. Procedural flow: cataract and refractive surgery workstreams that require dilation
  3. Geography: growth tends to track healthcare utilization and affordability more than cutting-edge medicine uptake

Key demand tailwinds

  • Aging populations increasing ophthalmic visits and diagnostic frequency
  • Higher cataract screening and surgery rates in emerging markets
  • Continued adoption of standardized exam protocols that require mydriasis

Key demand headwinds

  • Generic competition suppressing price realization
  • Margin pressure from channel contracting and tendering in many markets
  • Clinical substitution where alternative mydriatics are cost-favorable

What is a realistic market projection for tropicamide?

Given limited evidence of new product-level clinical breakthroughs and the generic-heavy market structure, projections for tropicamide typically converge on:

  • Volume growth from ophthalmic visit growth and procedure rates
  • Value growth slower than volume growth due to price compression from generics and biosimilar-like substitution dynamics common in small-molecule ophthalmics

A defensible projection framework for tropicamide should assume:

  • Stable formulation differentiation
  • Price erosion risk consistent with mature ophthalmic generics
  • Growth primarily in installed base and exam intensity, not new indications

Scenario projection logic (directional, decision-useful)

  • Base case: market value grows at a low-to-mid single digit CAGR driven by patient throughput; unit growth exceeds value growth
  • Upside: faster exam uptake in high-growth regions plus improved patient adherence via packaging and dosing convenience
  • Downside: steeper tender-driven price compression, substitution toward alternative agents, and slower ophthalmic access in constrained healthcare systems

Where does the competitive pressure come from?

Competitor set (practical substitutes)

Tropicamide competes functionally with other mydriatic agents used to achieve pupillary dilation, including:

  • Phenylephrine-based regimens (often used in combination)
  • Alternative antimuscarinics used for mydriasis in specific workflows
  • Combination drops and fixed regimens in some markets

Differentiation levers that matter commercially

  • Concentration and dosing convenience
  • Drop uniformity and patient comfort
  • Formulation stability and packaging
  • Pricing and tender performance
  • Supply continuity

What are the R&D implications for tropicamide?

Tropicamide is a mature active ingredient. The R&D opportunity set in such molecules typically concentrates on:

  • Formulation improvements that reduce variability and improve usability
  • Combination products that simplify clinic workflows
  • Regulatory strategy focused on bioequivalence and manufacturability rather than novel clinical claims
  • User-centric endpoints (time-to-dilation, tolerability, drop delivery characteristics) where regulators and payers accept surrogate measures for differentiation

From a clinical development perspective, any “next-gen” tropicamide asset must clear a high bar: it needs an endpoint that meaningfully changes clinical workflow, patient experience, or payer willingness to pay. For a mature mydriatic, the most common path is incremental differentiation through formulation and delivery.

Key Takeaways

  • Tropicamide is mature and commercially entrenched as an ophthalmic mydriatic antimuscarinic; the public clinical trial landscape is dominated by limited, typically non-pivotal activity rather than new, label-expanding programs.
  • Market growth is expected to track ophthalmic visit volume and procedure intensity, while value growth is constrained by generic price compression.
  • Competitive dynamics center on price, delivery format, and workflow convenience rather than differentiated clinical mechanism.
  • For projections, use a base-case model emphasizing volume-led growth with slower value growth due to tendering and substitution.

FAQs

  1. Is tropicamide undergoing major label-expanding clinical development?
    Publicly visible, label-expanding drug-development programs are not apparent from the materials used for this response.

  2. What is tropicamide primarily used for clinically?
    Pupillary dilation for ophthalmic examination, diagnostic workflows, and pre-procedure use to support eye procedures.

  3. What drives tropicamide demand?
    Ophthalmic exam and screening volume, cataract and other procedural throughput, and protocol adherence requiring mydriasis.

  4. Why do market values grow slower than volumes for tropicamide?
    Generic competition and tender contracting typically compress realized prices.

  5. What kinds of products can differentiate in a mature tropicamide market?
    Formulation, dosing convenience, delivery quality, and combination regimens that reduce clinic steps and improve usability.

References

[1] ClinicalTrials.gov. Tropicamide. (Accessed 2026-04-23). https://clinicaltrials.gov/
[2] WHO International Clinical Trials Registry Platform (ICTRP). Tropicamide. (Accessed 2026-04-23). https://trialsearch.who.int/
[3] EMA. Union Register of medicinal products (tropicamide). (Accessed 2026-04-23). https://www.ema.europa.eu/

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