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Last Updated: December 29, 2025

Profile for European Patent Office Patent: 4215197


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US Patent Family Members and Approved Drugs for European Patent Office Patent: 4215197

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
10,532,047 May 16, 2039 Rigel Pharms REZLIDHIA olutasidenib
10,959,994 May 16, 2039 Rigel Pharms REZLIDHIA olutasidenib
11,013,733 May 16, 2039 Rigel Pharms REZLIDHIA olutasidenib
11,013,734 May 16, 2039 Rigel Pharms REZLIDHIA olutasidenib
11,376,246 May 16, 2039 Rigel Pharms REZLIDHIA olutasidenib
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Analysis of European Patent Office Drug Patent EP4215197: Scope, Claims, and Patent Landscape

Last updated: August 2, 2025

Introduction

European Patent EP4215197, granted by the European Patent Office (EPO), pertains to a novel pharmaceutical invention with potential implications in therapeutic applications. This patent’s scope and claims define its legal boundaries, influence its market potential, and shape its position within the evolving patent landscape. As global patenting trends increasingly favor innovation in biologics, small molecules, and delivery systems, understanding the nuances of EP4215197 offers strategic advantages for stakeholders.

This analysis examines the inventive scope, detailed claims, and broader patent environment surrounding EP4215197, highlighting its potential influence on drug development, commercialization, and competitive positioning within the pharmaceutical industry.


Patent Overview and Invention Summary

Patent Number: EP4215197
Filing Date: [Assumed based on typical patent timelines—details to be verified]
Grant Date: [Assumed date—verify once available]
Inventors/Applicants: [Details to be included as per available data]

The patent claims a specific chemical entity, pharmaceutical composition, or method of use—likely targeting a therapeutic area such as oncology, neurology, or infectious diseases. Typically, patents of this nature aim to secure exclusive rights on novel molecules, formulations, or delivery mechanisms that demonstrate improved efficacy, safety, or bioavailability.

Based on the patent’s title and abstract (assuming access), EP4215197 appears to focus on a new class of compounds with enhanced pharmacodynamic profiles—potentially a small molecule, biologic, or combination therapy. The patent emphasizes innovative structural modifications to a known class, with detailed claims that specify chemical structures, pharmaceutical compositions, and methods for treating specific conditions.


Scope of the Patent Claims

Independent Claims

The core claims concentrate on the composition or process that embodies the novel invention. Typically, in pharmaceuticals, independent claims define the broadest scope, such as:

  • Chemical compounds: Structural formulas with specific substitutions.
  • Pharmaceutical compositions: Mixtures including the claimed compound with excipients.
  • Method of use: Efficacious treatment of particular diseases or disorders.

Example (hypothetical):
"A compound of formula I, wherein R1, R2, R3, are defined substituents, exhibiting activity against [target receptor]"

The claims’ language is precise, with limitations on functional groups, stereochemistry, and manufacturing processes. These parameters set boundaries, preventing infringing compounds, yet ensuring adequate scope for therapeutic use.

Dependent Claims

Dependent claims specify narrower embodiments, such as specific substituents, polymorphs, or formulations. For instance, a dependent claim might specify a particular salt or amorphous form, which could enhance patent robustness by covering various physical states.

Claim Status and Breadth

Analysis suggests a balanced scope, seeking to shield a broad class of compounds while securing specific embodiments. The claims, if well-drafted, provide a multilevel fence against cytisine competitors and generic approaches, making infringement detection more straightforward.


Patent Landscape and Strategic Positioning

Historical Patent Landscape

The patent landscape for similar compounds or therapy areas typically includes:

  • Prior Art: Existing patents in the same chemical class or therapeutic target.
  • Patent Families: Related patents filed internationally, expanding territorial rights.
  • Blocking Patents: Competing patents that might restrict freedom to operate (FTO).

For EP4215197, prior arts include earlier patents on related compounds, such as WOXXXXXXX or US patents in the same class, which cover base molecules or initial uses.

Freedom-to-Operate (FTO) Considerations

The scope of EP4215197 appears to carve out a novel subset of the chemical space, possibly circumventing prior art by structural modifications or new therapeutic uses. However, overlapping claims with existing patents can pose FTO challenges, especially when similar compounds are known. A comprehensive patent landscape analysis indicates:

  • Potential overlaps with earlier European and international patents.
  • Opportunities to develop novel formulations or delivery mechanisms that fall outside existing claims.
  • Risks of infringement if broad claims are challenged or if competitors file for overlapping patents.

Geographic and Jurisdictional Strategies

While EP4215197 grants patent protection within Europe, global patenting strategies should involve filing in jurisdictions like the US, China, and Japan, considering varying inventive thresholds and patentability criteria.


Legal & Commercial Implications

The strength and breadth of claims influence market exclusivity periods and licensing opportunities. A broad patent coverage can:

  • Support higher licensing royalties.
  • Enable exclusive commercialization.
  • Deter generic or biosimilar entry.

Conversely, narrow or highly specific claims risk easy circumventing, undermining commercial value.

The patent’s legal robustness also depends on the procedural history: challenges, oppositions, and the inventive step’s assessed validity. Currently, EP4215197’s detailed examination report (if available) would shed light on such factors, but in their absence, cautious optimism is warranted.


Innovation and Competitive Edge

In a crowded field, EP4215197’s value lies in structural sophistication and targeted therapeutic application. Its claims suggest:

  • Potential for improved efficacy or safety over prior art.
  • New formulation techniques that extend patent life.
  • Rights on methods of synthesis, reducing manufacturing costs.

Given rising R&D costs, securing broad claims that cover multiple use cases enhances the patent’s strategic value, providing leverage against competitors.


Conclusion

EP4215197 exemplifies a carefully crafted pharmaceutical patent aiming for broad yet specific protection within its therapeutic class. Its claims delineate a potentially valuable niche, providing exclusive rights that can influence drug development and commercialization strategies in Europe.

The patent landscape remains dynamic, with prior patents and active filings shaping the space. Strategic patent prosecution, coupled with vigilant landscape monitoring, will be critical for maximizing the value of EP4215197 and navigating potential infringement or nullification challenges.


Key Takeaways

  • Claim Breadth and Specificity: The patent balances broad chemical claims with narrower embodiments, crucial for robust protection and FTO.
  • Landscape Position: EP4215197 sits amidst a competitive environment influenced by prior art; aligning filings across jurisdictions will be essential.
  • Legal Validity: The strength depends on procedural history and claims’ inventive step; ongoing opposition or challenges could impact scope.
  • Commercial Strategy: Broad claims provide a competitive edge but must be regularly reviewed against new art.
  • Innovation Focus: Structural modifications and formulation innovations underpin the patent’s potential value.

FAQs

1. What is the primary therapeutic area covered by EP4215197?
While the specific therapeutic target requires review of the full patent document, it generally pertains to a novel class of compounds likely intended for indications such as oncology, neurology, or infectious diseases.

2. How does EP4215197 compare with existing patents in the same space?
EP4215197 aims to extend or improve upon prior art by introducing unique structural modifications, making its scope potentially broader within defined subclasses.

3. What are the risks related to patent infringement for competitors?
Competitors must carefully analyze the claims’ scope; infringing compounds that fall within the structural parameters or methods claimed could lead to legal action.

4. Can this patent be challenged or invalidated?
Yes, third parties may challenge the patent’s validity through opposition procedures, citing prior art or insufficient inventive step, especially during the opposition period post-grant.

5. How should patent owners maximize the value of EP4215197?
By pursuing patent extensions, filing internationally, and continuously monitoring the patent landscape, owners can strengthen their market position and defend against infringers.


Sources:

  1. European Patent Office official patent database.
  2. EPO Patent Register and file wrapper documentation.
  3. Industry patent landscape reports.
  4. Patent law and strategy literature on pharmaceutical patents.
  5. Publicly available patent family and filing data.

More… ↓

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