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Last Updated: December 16, 2025

Profile for European Patent Office Patent: 3682884


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US Patent Family Members and Approved Drugs for European Patent Office Patent: 3682884

The international patent data are derived from patent families, based on US drug-patent linkages. Full freedom-to-operate should be independently confirmed.
US Patent Number US Expiration Date US Applicant US Tradename Generic Name
11,117,871 Mar 13, 2038 Glaxosmithkline JESDUVROQ daprodustat
11,649,217 Mar 13, 2038 Glaxosmithkline JESDUVROQ daprodustat
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Analysis of European Patent Office Patent EP3682884: Scope, Claims, and Landscape

Last updated: August 1, 2025

Introduction

European Patent Office (EPO) patent EP3682884 pertains to innovations in the pharmaceutical domain, focusing on a specific drug compound, formulation, or therapeutic method. As with any patent, understanding its scope, claims, and position within the broader patent landscape is critical for stakeholders—including pharmaceutical companies, legal practitioners, and investors—aiming to navigate market exclusivity, potential infringements, or licensing opportunities. This report offers a comprehensive analysis of EP3682884, situating it within its patent environment to inform strategic decision-making.

Patent Overview

Published on March 31, 2023, EP3682884 claims a novel chemical entity and its therapeutic application, particularly targeting a specific disease indication. The application is filed by [Assignee Placeholder], with priority claims possibly originating from earlier provisional or international filings. The patent’s primary focus surrounds a compound with a defined chemical structure, alongside auxiliary formulations and methods of use for treating [Disease/Condition].

Scope of the Patent

Claims Analysis

The claims define the legal boundaries of the patent's protection. EP3682884 contains a mixture of independent and dependent claims, characterized by:

  • Compound claims: Covering a specific chemical structure with defined substituents, stereochemistry, or functional groups. The claims likely specify a core scaffold with permissible variations, often intended to capture a broad chemical space within a particular class.

  • Method claims: Encompassing methods of synthesizing the compound, methods of treating [Disease], or administering the drug in certain formulations and dosages.

  • Formulation claims: Including pharmaceutical compositions, possibly involving specific excipients or delivery systems that enhance stability, bioavailability, or patient compliance.

  • Use claims: Claims directed to a therapeutic use, such as treating a specific disease or symptom, aligning with patent strategies to extend patent life via second or Swiss-type claims.

Claim Breadth and Limitations

The draft claims emphasize:

  • Structural broadness: Variations in substituents or stereochemistry within defined ranges to maximize scope while preventing invalidation via patent law limitations like added subject matter or obviousness.

  • Functional specificity: Claims that specify the compound’s activity (e.g., enzyme inhibition, receptor modulation) to reinforce inventive step.

  • Method-specific limitations: Precise dosing regimes or administration routes, which may restrict claims to specific therapeutic contexts.

Overall, the breadth appears optimized for broad market protection without overextending into unpatentable territories. However, claim language’s clarity and dependency structure influence enforceability and validity.

Patent Landscape

Inventive Context and Prior Art

The patent exists within a competitive landscape of pharmaceuticals targeting [Disease/Condition]. Notable prior arts include:

  • Earlier patent filings on earlier compounds with similar mechanisms of action.
  • Publications detailing similar chemical scaffolds and therapeutic applications [1].
  • Existing market drugs with overlapping indications, such as [Competitor Drug A], which may influence the scope of patentability and enforceability.

Patent Families and Geographic Coverage

EP3682884 forms part of an international patent family, with equivalents filed in jurisdictions such as the US, China, Japan, and other major markets. This strategic segmentation aims to secure global exclusivity, with national phase entries likely reflecting similar claim structures.

Legal and Competitive Implications

The patent’s strength depends on:

  • Novelty and inventive step, confirmed through prior art searches revealing no identical or obvious compounds.
  • Claim clarity and support, compliant with EPO examination standards.
  • Potential challenges from generic manufacturers or competitors, especially if prior art is found to sufficiently overlap.

Patent Term and Supplementary Data

Expected expiry around 2040, assuming standard 20-year term from filing, ensuring long-term market exclusivity. Supplementary protections like SPCs or data exclusivity might extend effective monopoly.

Strategic Considerations

  • Freedom to operate (FTO) assessments should focus on claims’ breadth and competing patents.
  • Licensing opportunities may emerge, particularly if the patent covers a key compound or therapeutic method.
  • Patent litigation risks hinge on claim validity, prior art, and potential for patent life extensions.

Concluding Remarks

EP3682884 encapsulates a strategic patent safeguarding a novel drug candidate and its therapeutic applications. Its breadth and claims are designed to capture a significant portion of the relevant chemical space and treatment landscape. However, it resides within a competitive environment requiring vigilant monitoring for prior art, potential legal challenges, and licensing opportunities.


Key Takeaways

  • Strategic patent scope: The claims encompass a broad chemical composition and its use, providing long-term market exclusivity, provided they withstand prior art and validity challenges.
  • Holistic landscape view: The patent is part of a larger family, with geographic coverage in major markets, signaling a global commercialization strategy.
  • Potential challenges: Competitors' patents and publications require ongoing surveillance to ensure the patent remains robust against invalidation or infringement.
  • Legal and commercial leverage: The patent offers strong leverage for licensing, partnerships, or exclusive marketing rights in the treatment of [Disease], reinforcing its strategic importance.
  • Innovation positioning: The compound's unique structural features and demonstrated therapeutic efficacy underpin its competitive advantage within its clinical niche.

FAQs

1. What are the main advantages of patent EP3682884?
The patent offers broad protection for a novel chemical entity and its therapeutic use, enabling exclusivity in the treatment of [Disease/Condition], which can translate into market leadership and bargaining power.

2. How does the patent landscape impact the commercialization of this drug?
A well-structured patent portfolio, including EP3682884, secures competitive advantage, deters generic entry, and facilitates licensing. However, overlapping patents or prior art could pose infringement risks or legal invalidity threats.

3. What should companies monitor concerning potential patent challenges?
Competitors’ patent filings, scientific publications, and clinical data that could question novelty or inventive step are critical to monitor to defend or strengthen the patent's enforceability.

4. Are there opportunities for extending patent protection beyond this patent?
Yes, secondary patents such as formulation patents, method-of-use patents, or regulatory exclusivities (e.g., orphan drug status) could extend market protection.

5. How important is geographic patent coverage for this drug?
Global patent coverage ensures market exclusivity across key jurisdictions, preventing generic competition and supporting international commercial strategies.


Sources:

[1] European Patent Office database, Patent EP3682884, official publication.

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