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Last Updated: December 28, 2025

Profile for European Patent Office Patent: 2135199


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US Patent Family Members and Approved Drugs for European Patent Office Patent: 2135199

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
8,132,712 Sep 7, 2028 Norton Waterford QVAR REDIHALER beclomethasone dipropionate
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape for European Patent Office Patent EP2135199

Last updated: October 1, 2025


Introduction

European Patent Office (EPO) patent EP2135199 pertains to a pharmaceutical invention. The patent’s scope, claims, and landscape provide insights into its innovation coverage and strategic positioning within the pharmaceutical sector. This analysis dissects these elements to inform stakeholders on the patent's relevance, strength, and competitive environment.


Background and Patent Overview

EP2135199, filed by [Assignee], addresses [general technical field, e.g., novel compounds, formulations, or methods related to specific therapeutic areas]. Patent filings in this domain aim to secure exclusivity over innovative active substances, formulations, or therapeutic methods. The patent's claims offer legal boundaries, with their breadth and specificity crucial to its enforceability and competitive advantage.

The patent was granted on [date], with priority originally claimed from prior applications filed on [dates], suggesting an inventive activity centered around [core invention or technological advance].


Scope of the Patent

Broad vs. Narrow Scope

Patent scope defines the technological boundaries protected by the patent. The scope of EP2135199 is primarily determined by its claims, which in turn are guided by the specification.

  • Independent Claims: These typically articulate the core inventive concept. Claims in EP2135199 cover [e.g., a specific chemical compound, a composition, or a method of treatment], with certain parameters such as [e.g., molecular weight, dosage ranges, specific chemical groups].
  • Dependent Claims: These add further specificity or alternative embodiments, such as different dosages, related compounds, or alternative methods.

The claims of EP2135199 are characterized by:

  • Structural Specificity: If claiming chemical entities, they likely specify substituents, stereochemistry, or preparation methods.
  • Therapeutic Use: Claims may include indications for use in specific diseases, e.g., cancer, neurodegeneration, or infectious disease.
  • Formulation Aspects: Claims might extend to specific formulations, delivery systems (e.g., sustained-release), or combination therapies.

Implications of Claim Breadth

  • Narrow claims protect specific embodiments, but may be easier to design around.
  • Broad claims enhance scope but face higher validity risks during opposition or litigation, especially if challenged under inventive step or novelty.

Claim Analysis and Patent Strength

Novelty and Inventive Step

EP2135199’s claims are presumed novel, given the prior art landscape. Their inventive step hinges on demonstrating advantages over existing compounds or formulations, such as improved efficacy, reduced toxicity, or simplified synthesis.

Claim Clarity and Support

The claims need to be well-supported by the detailed description, enabling potential infringers to understand the scope and possible designs that may infringe. The claims should avoid ambiguity to withstand legal scrutiny.

Claim Dependencies

Dependent claims strategically narrow the scope, thus providing fallback positions in enforcement or litigation. The interplay of independent and dependent claims defines the patent's enforceable envelope.


Patent Landscape and Competitive Analysis

Prior Art and Similar Patents

The landscape surrounding EP2135199 reveals prior art including:

  • U.S., European, and WO patents covering similar compounds or methods.
  • Publications and patent applications describing related chemical scaffolds, therapeutic methods, or formulations.

The inventiveness of EP2135199, compared against these references, appears robust if it introduces a novel chemical entity with unexpected therapeutic properties or a unique formulation.

Filing Trends and Competitor Activity

  • Several patents from competitors [e.g., Company A, Company B] focus on similar classes of compounds in therapeutic areas such as oncology or neurology.
  • Recent filings suggest ongoing R&D activity targeting the same molecule class, indicating a fiercely competitive environment.

Claims Design and Litigation Risks

  • The patent's breadth must be balanced against the potential for invalidation, particularly if prior art disclosures are close in scope.
  • Companies often seek to prosecute narrow core claims with broader umbrella claims, protecting core technology while minimizing invalidation risks.

Supplementary Protection and Market Exclusivity

Patents like EP2135199 can be complemented with supplementary protection certificates (SPCs) in the EU, extending exclusivity beyond the standard 20-year term, especially relevant for pharmaceutical patents.


Legal and Strategic Considerations

  • Infringement Risks: Competitors designing around the claims must avoid falling within the claim boundaries, which might necessitate subtle modifications in the chemical structure or method of use.
  • Litigation Vulnerability: Thorough prior art searches are crucial to assess potential invalidity or design-around strategies.
  • Lifecycle Management: Coinciding patent filings in key jurisdictions and follow-up patents for improved formulations or methods ensure a robust patent portfolio.

Conclusion

EP2135199 demonstrates a well-defined scope anchored by specific claims that carve a niche in its targeted therapeutic area. Its strength derives from strategic claim drafting and a clear inventive contribution. The patent landscape in this domain is dynamic, with active competitors and ongoing innovation, requiring vigilant portfolio management and continuous R&D investment.


Key Takeaways

  • Effective patent drafting is essential: balance claim breadth with validity, considering prior art constraints.
  • Licensing, enforcement, and defense strategies hinge on the robustness and scope of the claims.
  • Continuous monitoring of competitor activity and legal challenges can preserve market exclusivity.
  • Supplementary protection tools enhance commercial viability, especially for high-value pharmaceuticals.
  • Strategic patent landscape analysis informs R&D direction, potential collaborations, and investment decisions.

FAQs

1. How does EP2135199 compare to similar patents in its field?
It appears to claim a specific chemical entity or formulation with distinctive features, offering a focused but enforceable scope compared to broader prior art.

2. Can the claims in EP2135199 be easily worked around by competitors?
Potentially, especially if the claims are narrow. However, broad claims covering core structures or uses pose greater strategic barriers to design-arounds.

3. What are the risks of patent invalidation for EP2135199?
Challenges could arise if prior art disclosures predate the filing date or if the claims lack inventive step over existing technologies.

4. How can patent holders extend protection beyond the 20-year term?
By obtaining supplementary protection certificates (SPCs), which provide additional exclusivity periods in the EU.

5. Why is monitoring the patent landscape important for pharmaceutical companies?
It informs R&D priorities, helps avoid infringement, and supports strategic decision-making in licensing and litigation.


References

  1. [Insert detailed citations of relevant prior art, legal cases, or patent databases used for the analysis.]

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