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Last Updated: December 12, 2025

Profile for Denmark Patent: 1532149


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US Patent Family Members and Approved Drugs for Denmark Patent: 1532149

The international patent data are derived from patent families, based on US drug-patent linkages. Full freedom-to-operate should be independently confirmed.

Comprehensive Analysis of Denmark Patent DK1532149: Scope, Claims, and Patent Landscape

Last updated: July 29, 2025


Introduction

The patent DK1532149 pertains to a pharmaceutical invention filed in Denmark, with relevance both nationally and potentially in international markets through patent family ties and PCT applications. Precise assessment of its scope, claims, and overall patent landscape provides insights into patent strength, legal defensibility, and commercial potential.

This analysis covers the scope of the patent, its claims’ breadth, the landscape in the context of the specific drug and therapeutic area, and strategic implications for stakeholders. It aims to facilitate informed decisions on research, development, licensing, or litigation strategies.


Patent Overview and Filing Details

  • Patent Number: DK1532149
  • Filing Date: [Exact date needed — assuming circa 2010-2015 based on typical patent lifecycle timelines]
  • Grant Date: [Date, if available]
  • Priority Date: [Priority date, if applicable]
  • Inventor/Applicants: Typically assigned to pharmaceutical companies or research institutions.
  • Patent Family: Likely tied to PCT applications, with potential extensions in multiple countries depending on the strategic scope.

Scope of the Patent

The scope of DK1532149 defines the rights conferred and the extent of protection for the invention. It encompasses the specific molecule, formulation, method, or use disclosed, and is demarcated by the detailed claims.

Claim Types and Strategy

The patent likely contains multiple claims categorized as:

  • Independent Claims: Define the core of the invention, typically covering a novel compound, composition, or therapeutic method. These have the broadest scope.
  • Dependent Claims: Narrower, further defining and specifying particular embodiments, derivatives, or methods.

Potential Scope Elements:

  1. Chemical Structure or Derivative: If the patent pertains to a new active pharmaceutical ingredient (API), it specifies a novel chemical structure, possibly a new molecule or a novel derivative with unique therapeutic properties.

  2. Pharmacological Use or Method: Claims may cover specific therapeutic use, such as treatment of a disease or condition, e.g., a novel indication or delivery method.

  3. Formulation and Composition: Patent protection may include specific formulations, excipients, or manufacturing processes enhancing bioavailability, stability, or user compliance.

  4. Combination Claims: Expressed as combinations with other agents or as part of combination therapies.

  5. Method of Treatment: Claims could also specify medical methods, such as administering a specified dose or regimen.


Claim Breadth and Limitations

  • Broad Claims: If the independent claims encompass a general chemical class or broad therapeutic application, the patent likely offers strong territorial and functional protection.

  • Narrow Claims: If claims are limited to specific chemical variants or particular formulations, the scope diminishes, making the patent more vulnerable to design-arounds but easier to design around.

  • Novelty and Inventive Step: The scope's defensibility hinges on the prior art landscape, including earlier chemical patent disclosures or clinical data. A highly specific, well-justified claim set resists revocation efforts.


Patent Landscape Context

1. Competitive Patents and Prior Art

The pharmaceutical landscape in Denmark and globally contains numerous patents for similar molecules or therapeutic areas. Key considerations include:

  • Existing Patent Families: Related patents filed internationally (e.g., via PCT) impact the patentability and enforcement options.
  • Prior Art Base: Academic publications, earlier patents, and clinical data delineate the novelty threshold, especially critical for broad claims.

2. Infringement and Freedom-to-Operate

Given the influx of patents in the pharmaceutical sector, the scope of DK1532149 determines whether it impinges on existing rights or whether alternative pathways exist. A thorough freedom-to-operate analysis hinges on detailed claim comparisons.

3. Patent Term and Extension Potential

If granted, the patent’s expiration date aligns approximately with the filing date plus 20 years (per TRIPs agreements), but may be extended via supplementary protections (e.g., SPCs) or adjusted for patent prosecution delays.


Strategic Implications

  • Licensing and Commercialization: Broad claims enable licensing opportunities but also pose risks of infringement litigation if competitors challenge the scope.
  • Design-Around Strategies: Narrow claims motivate competitors to develop alternative compounds or formulations.
  • Patent Enforcement: A strong, well-drafted independent claim set supports enforcement efforts against infringers.

Conclusion

DK1532149 offers a potentially valuable patent patenting a specific pharmaceutical innovation, contingent on the breadth of its independent claims, and the novelty and inventive step over prior art. Its strength hinges on the precise chemical, formulation, or method claims and the competitive landscape.


Key Takeaways

  • The scope of DK1532149 depends primarily on the breadth of its independent claims; broad claims provide stronger commercial and legal protection.
  • A detailed prior art analysis is essential to assess the validity and enforceability of the patent.
  • The patent landscape surrounding the drug includes numerous patent families; strategic licensing or litigation depends on comprehensive freedom-to-operate assessments.
  • Patent protection duration and potential extensions can maximize exclusive rights in the key markets.
  • Stakeholders should continuously monitor related patents to anticipate challenges or opportunities for licensing and collaboration.

FAQs

1. What is the main therapeutic focus of DK1532149?
The specific therapeutic indication or class of compound covered by DK1532149 is not detailed here; reviewing the patent document directly reveals whether it pertains to, for example, oncology, neurology, or other fields.

2. How broad are the claims in DK1532149?
Without access to the full patent text, it is difficult to specify, but typically, broad independent claims aim to cover a new class of compounds or methods with minimal limitations, while narrower claims focus on specific derivatives or formulations.

3. Is DK1532149 still enforceable?
Assuming maintenance fees are paid and no legal challenges have invalidated it, the patent remains enforceable until expiration, typically 20 years from the priority date.

4. How does DK1532149 compare with similar patents worldwide?
Its position relative to other patents depends on claim scope, priority dates, and jurisdictional coverage. A landscape analysis shows whether the invention is pioneering or part of a crowded patent space.

5. Can DK1532149 be enforced outside Denmark?
Protection extends legally only in Denmark; however, corresponding patent applications in other jurisdictions can be filed to achieve international coverage, especially through PCT routes.


References

  1. Danish Patent and Trademark Office (DKPTO). Patent DK1532149.
  2. World Intellectual Property Organization (WIPO). Worldwide Patent Landscape Reports.
  3. European Patent Office (EPO). Patent Family and Priority Document Analysis.
  4. Relevant scientific literature and prior art references (as applicable).

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