Last Updated: August 10, 2026

CLINICAL TRIALS PROFILE FOR ALVESCO


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All Clinical Trials for ALVESCO

Trial ID Title Status Sponsor Phase Start Date Summary
NCT00367263 ↗ Evaluation of Traditional Paper Symptom Diary vs. the VOCEL Mobile Diary Completed Allergy & Asthma Medical Group & Research Center N/A 2006-10-01 This study is designed to evaluate a traditional paper symptom diary system versus the VOCEL Mobile Diary. Subjects will be issued in a random order each system and asked their preference at the end of their participation.
NCT00404547 ↗ Asthma Care With Alvesco® (Ciclesonide) in Primary Care in Adults - The ACCEPT-study (BY9010/CA-102) Completed AstraZeneca Phase 4 2006-11-01 The purpose of this study is to investigate the effectiveness of Alvesco® (Ciclesonide) compared with usual asthma care in the primary care setting. Patients with a history of asthma for at least 6 months and who, in the opinion of the physician, meet the clinical requirements for treatment with inhaled steroids (ICS) will be enrolled. They will either receive Alvesco® or usual care.
NCT00404547 ↗ Asthma Care With Alvesco® (Ciclesonide) in Primary Care in Adults - The ACCEPT-study (BY9010/CA-102) Completed Takeda Phase 4 2006-11-01 The purpose of this study is to investigate the effectiveness of Alvesco® (Ciclesonide) compared with usual asthma care in the primary care setting. Patients with a history of asthma for at least 6 months and who, in the opinion of the physician, meet the clinical requirements for treatment with inhaled steroids (ICS) will be enrolled. They will either receive Alvesco® or usual care.
NCT00961155 ↗ Usefulness of Exhaled Breath Condensate for Evaluation of Markers of Airway Inflammation in Children With Asthma Unknown status Medical University of Lodz Phase 2 2009-08-01 Exhaled breath condensate (EBC) has emerged as a novel noninvasive technique for assessment of airway inflammation, and it provides information on airway lining fluid composition. Traditionally, such assessment relies on invasive diagnostic tools such as bronchial biopsy and bronchoalveolar lavage (BAL) to obtain specimens from the airway but it is very uncomfortable procedure especially for young patients. The aim of this study is to evaluate the effect of allergic disease, disease monitoring and exposure to tobacco smoke on airway inflammation measured by markers in exhaled breath condensate (EBC) in children with asthma allergic to house dust mite. Also, we aim to assess correlations between cytokine concentrations in EBC and clinical characteristic of the patients with exercise-induced bronchoconstriction as another phenotype of asthma.
NCT00961155 ↗ Usefulness of Exhaled Breath Condensate for Evaluation of Markers of Airway Inflammation in Children With Asthma Unknown status Medical Universtity of Lodz Phase 2 2009-08-01 Exhaled breath condensate (EBC) has emerged as a novel noninvasive technique for assessment of airway inflammation, and it provides information on airway lining fluid composition. Traditionally, such assessment relies on invasive diagnostic tools such as bronchial biopsy and bronchoalveolar lavage (BAL) to obtain specimens from the airway but it is very uncomfortable procedure especially for young patients. The aim of this study is to evaluate the effect of allergic disease, disease monitoring and exposure to tobacco smoke on airway inflammation measured by markers in exhaled breath condensate (EBC) in children with asthma allergic to house dust mite. Also, we aim to assess correlations between cytokine concentrations in EBC and clinical characteristic of the patients with exercise-induced bronchoconstriction as another phenotype of asthma.
NCT01147224 ↗ ATEM (Alvesco Non-interventional Study) Completed AstraZeneca 2010-03-01 The aim of the study is to evaluate the efficacy of Alvesco in patients with persistent asthma including or excluding allergic components over 3 months, especially in the spring season. Alvesco will be inhaled by a metered-dose inhaler. The study will provide further data on safety and tolerability of Alvesco .
NCT01171365 ↗ Small Particle Steroids in Refractory Asthma Completed Nottingham University Hospitals NHS Trust Phase 4 2010-01-01 The purpose of this study is to determine whether an inhaled steroid with a small particle size can be an additional treatment option in patients with refractory eosinophilic asthma.
>Trial ID >Title >Status >Phase >Start Date >Summary

Clinical Trial Conditions for ALVESCO

Condition Name

Condition Name for ALVESCO
Intervention Trials
Asthma 6
Covid-19 2
Healthy 1
Allergic Rhinitis 1
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Condition MeSH

Condition MeSH for ALVESCO
Intervention Trials
Asthma 6
COVID-19 3
Inflammation 1
Infection 1
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Clinical Trial Locations for ALVESCO

Trials by Country

Trials by Country for ALVESCO
Location Trials
United States 4
Sweden 4
Canada 4
United Kingdom 2
Austria 1
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Trials by US State

Trials by US State for ALVESCO
Location Trials
Missouri 1
New York 1
Pennsylvania 1
California 1
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Clinical Trial Progress for ALVESCO

Clinical Trial Phase

Clinical Trial Phase for ALVESCO
Clinical Trial Phase Trials
PHASE1 1
Phase 4 3
Phase 3 1
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Clinical Trial Status

Clinical Trial Status for ALVESCO
Clinical Trial Phase Trials
Completed 7
RECRUITING 2
Terminated 1
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Clinical Trial Sponsors for ALVESCO

Sponsor Name

Sponsor Name for ALVESCO
Sponsor Trials
AstraZeneca 2
Boehringer Ingelheim 1
Covis Pharma S.à.r.l. 1
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Sponsor Type

Sponsor Type for ALVESCO
Sponsor Trials
Other 14
Industry 5
NIH 1
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ALVESCO (ciclesonide) Clinical Trials Update, Market Analysis and Revenue Projection

Last updated: July 27, 2026

Executive summary: ALVESCO (ciclesonide) is an inhaled corticosteroid (ICS) marketed for asthma and supplied via metered-dose inhaler (MDI). Public clinical-trials activity is limited, with the most recent corporate-driven visibility concentrated in asthma safety, device/particle performance, and post-authorization pharmacovigilance-type studies rather than late-stage efficacy pivots. Market outlook depends primarily on ICS category share, competitor pricing, payer preferences, and generic/therapeutic substitution dynamics. Revenue projections are most sensitive to the pace of share shift between branded ICS MDIs and competing branded or authorized generic alternatives in each major geography.


What clinical trials have been conducted or updated for ALVESCO (ciclesonide) in asthma?

Short answer: Trial activity tied to ALVESCO is concentrated in asthma dose-finding, comparative efficacy/safety versus other ICS, and device/inhale-performance studies. Recent updates in public registries skew toward smaller, post-authorization, or bridging studies rather than phase 3 programs aimed at new indications.

Which trial phases matter most for ALVESCO’s current product positioning?

  • Phase 2/3 (historical): Establishes asthma efficacy endpoints (FEV1, symptom scores, exacerbations), dose-ranging, and steroid-sparing benefits typical for ICS in comparative programs.
  • Post-authorization / Phase 4 (ongoing in many markets): Real-world or safety monitoring, adherence/device usability, and pharmacokinetic or inhalation-performance bridging.

How do ALVESCO trials typically compare with other ICS endpoints?

Common endpoints in ICS programs include:

  • Change in FEV1 from baseline
  • ACQ-5 (asthma control), rescue medication use
  • Exacerbation rate (mild/moderate/severe definitions vary by protocol)
  • Adverse events (oral candidiasis, dysphonia, growth suppression in pediatric cohorts where applicable)
  • ICS-class biomarkers when included (rare in late-stage comparator trials)

What does “clinical trials update” mean for an established ICS like ciclesonide?

For established inhaled products, updates usually track:

  • New patient subgroups (age, baseline severity, comorbidities)
  • Device refinements (spray characteristics, particle size distribution, plume geometry)
  • Switching studies (MDI technique training vs standardized inhalation; adherence and persistence)

Is ALVESCO currently in active clinical trials, and which registries show it?

Short answer: ALVESCO’s presence in clinical trial registries is typically intermittent and often dominated by asthma indications using ciclesonide in adults and adolescents. Active recruitment tends to be smaller than in launch-stage programs.

What search terms capture most ALVESCO entries?

  • “ALVESCO”
  • “ciclesonide”
  • “ciclesonide MDI”
  • “inhaled corticosteroid”
  • Sponsor names tied to historical commercialization

Which trial types most often appear for ciclesonide ICS programs?

  • Asthma control and adherence studies
  • Comparative inhaler technique studies
  • Switching studies across ICS classes
  • Safety monitoring and pharmacovigilance-linked observational studies

What is the current market size and growth outlook for ALVESCO (ciclesonide) in asthma?

Short answer: ALVESCO sits inside the global ICS market for asthma. Its growth rate tracks the ICS category overall and the competitive intensity among branded ICS MDIs versus branded add-ons (LABA/ICS) and authorized generics.

Market drivers that most directly affect ALVESCO demand

  1. Guideline positioning of ICS: Asthma treatment guidelines keep ICS as controller therapy, supporting baseline demand.
  2. Treatment step-up patterns: Patients often transition from low-dose ICS to ICS/LABA combinations if symptoms persist. This can cap monotherapy growth.
  3. Adherence and device usability: Inhaler technique and satisfaction drive persistence. Device competition affects brand retention.
  4. Payer formularies: ICS brands face interchange within classes. Where payers prefer generics, branded share faces pressure.
  5. Safety perceptions: ICS-related adverse events (oral thrush, dysphonia) influence patient and clinician preference.

Competitive landscape ALVESCO faces

  • Other ICS MDIs (e.g., fluticasone propionate, budesonide, beclomethasone formulations)
  • ICS with LABA combinations (often easier payer approvals than uptitrating ICS alone)
  • Nebulized ICS in certain geographies and populations

How many patents and exclusivity protections govern ALVESCO, and when do they expire?

Short answer: ALVESCO is an established product; patent and exclusivity landscapes for inhaled corticosteroid actives generally have shifted from launch exclusivity to formulation-device and method-of-use remainder. A current, complete patent inventory requires tying specific ciclesonide MDI compositions, processes, and any pediatric or method-of-use claims to jurisdictional Orange Book listings and counterpart filings.

Actionable framing for R&D and licensing teams: For an incumbent ICS brand, the biggest near-term IP risk is typically not “new efficacy” patent expiry but formulation/device-claim pruning and cross-product substitution driven by payers and prescribers.


What is the Orange Book status of ALVESCO (ciclesonide) and what does it imply for generic entry risk?

Short answer: Orange Book status must be read at the level of the specific listed drug product(s) (strength and dosage form) under the Orange Book application number. Generic entry risk depends on whether there are unexpired patents tied to those listings and whether ANDA filers have incentives to challenge them via Paragraph IV.

Implication for investors and licensing: Generic erosion in mature ICS products is often gradual, driven by formulary switching rather than a single binary “launch date.”


Has ALVESCO faced ANDA Paragraph IV challenges or patent litigation?

Short answer: Mature branded inhalers typically experience periods of litigation tied to listed patents. A complete answer requires mapping each Orange Book-listed patent to district court dockets for the relevant time window.

Business impact lens: Even when litigation is resolved, the practical effect can be delayed generic substitution, settlement-driven “skinny label” or launch timing, and churn in payer formularies.


How does ALVESCO compare with competing inhaled corticosteroids (ICS) on efficacy, safety, and device performance?

Short answer: ICS comparators often show similar efficacy ranges at equivalent doses, with differentiators driven by:

  • Dose equivalence and titration protocols
  • Local tolerability (oropharyngeal adverse events)
  • Device mechanics and patient usability
  • Real-world persistence and inhalation technique outcomes

What endpoints typically drive clinician preference within ICS classes?

  • Exacerbation reduction
  • Control measures (ACQ-5, symptom-free days where tracked)
  • Oral candidiasis/dysphonia rates
  • Treatment adherence and correct inhaler use rate

What “real-world” data usually changes after launch?

  • Persistence rates by inhaler technique training
  • Time to first step-up to ICS/LABA
  • Rates of rescue medication refills

Which geographies matter most for ALVESCO revenue, and how does pricing pressure differ by market?

Short answer: Revenue exposure is strongest in markets where ALVESCO retains formulary placement and where substitution to generics or other ICS is less aggressive.

High-level market differentiation

  • US: Formulary-driven substitution risk tends to be high as patents and exclusivities fall away.
  • EU and UK: Competitive dynamics depend on country-specific tendering, reimbursement rules, and generic adoption.
  • Other mature markets: Local pricing controls and pharmacy switching rules determine speed of erosion.

What revenue projection model best fits an established ICS like ALVESCO?

Short answer: A product-level model should use category share + persistence + payer switching curves, not a launch-like adoption curve.

Projection components (practical structure)

  1. Base demand: Stable underlying asthma controller demand.
  2. Share curve: Branded ICS share erodes with generic availability and therapeutic substitution to ICS/LABA.
  3. Net price trajectory: Pricing pressure and rebate normalization by payer.
  4. Volume factors: Prescriptions, adherence/persistence, and persistence-adjusted patient-years.
  5. Competition events: Any settlement, formulary outcomes, or device relaunch.

Scenario ranges investors typically track

  • Bull: Stable formulary positioning; slow substitution; adherence strong.
  • Base: Gradual share loss within ICS; partial offset from adherence/segment strength.
  • Bear: Faster formulary loss; accelerated generic/therapeutic switch; steeper net price decline.

(A quantified forecast cannot be produced from the information available in this prompt without product-specific financials, territory-level net sales history, and confirmed exclusivity/patent timelines.)


What commercial catalysts could affect ALVESCO over the next 2 to 5 years?

Short answer: For established ICS brands, the catalysts are typically not new approvals at scale, but:

  • Device refresh or inhalation technology improvements
  • Expanded label language in specific populations
  • Payer contracting cycles and guideline positioning
  • Competitive response (including generic launches across strengths)

Catalyst categories

  • Regulatory: Label expansions, pediatric updates, or additional safety communications
  • Commercial: Formulary wins in managed care, tender outcomes, and switch programs
  • Competitive: New competitor evidence or competitor launch of superior device ergonomics
  • Operational: Supply continuity and device availability

Key Takeaways

  • ALVESCO (ciclesonide) remains an established inhaled corticosteroid within asthma controller therapy, with clinical trial updates typically dominated by post-authorization performance, safety, and adherence studies rather than major late-stage efficacy programs.
  • Market performance is driven less by trial-driven step-change and more by payer formulary decisions, inhaler usability, and substitution between ICS monotherapy and ICS/LABA combinations.
  • Revenue projection for ALVESCO should be built around branded ICS share erosion curves and net price decline dynamics across geographies.
  • Patent and generic entry risk must be evaluated by the specific Orange Book-listed drug product(s) tied to ciclesonide MDI strengths, with litigation history mapped to each listed patent.

FAQs

  1. How do payer formulary rules influence branded inhaled corticosteroid share loss for products like ALVESCO?
  2. What device attributes of ciclesonide MDIs most affect adherence and persistence in asthma patients?
  3. What are the most common safety signals clinicians monitor for ICS MDIs, and how do they affect switching behavior?
  4. How do ICS/LABA combination therapies impact demand for ICS monotherapy products like ALVESCO?
  5. How should investors interpret Phase 4 studies for an established inhaled corticosteroid when forecasting future sales?

References

No sources were cited because the prompt did not include the clinical-trials registry extracts, Orange Book listing details, patent numbers, litigation docket references, or ALVESCO historical net sales needed to support a complete, data-backed update and quantified projections.

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