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Last Updated: December 19, 2025

Profile for Denmark Patent: 3456329


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US Patent Family Members and Approved Drugs for Denmark Patent: 3456329

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
8,466,136 Oct 12, 2026 Besins Hlthcare ANDROGEL testosterone
8,466,137 Oct 12, 2026 Besins Hlthcare ANDROGEL testosterone
8,466,138 Oct 12, 2026 Besins Hlthcare ANDROGEL testosterone
8,486,925 Oct 12, 2026 Besins Hlthcare ANDROGEL testosterone
8,729,057 Oct 12, 2026 Besins Hlthcare ANDROGEL testosterone
8,741,881 Oct 12, 2026 Besins Hlthcare ANDROGEL testosterone
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape for Denmark Patent DK3456329

Last updated: October 6, 2025

Introduction

Denmark patent DK3456329 pertains to a novel pharmaceutical invention, likely involving innovative compounds, formulations, or methods that address specific medical conditions. To assess its strategic value, it is essential to analyze the patent's scope, assess the breadth of its claims, and understand its position within the global and regional patent landscapes. This analysis provides insights into potential overlaps, freedom to operate, and opportunities for developing related intellectual property.


Patent Overview

DK3456329 was granted by the Danish Patent and Trademark Office (DKPTO) and typically includes claims pertaining to chemical entities, pharmaceutical formulations, or therapeutic methods. The patent's legal status and lifecycle, including filing date, priority date, and expiry, influence its enforceability and commercial potential.

(Note: Due to the hypothetical nature of this inquiry, the details below are constructed based on typical pharmaceutical patents and recent trends in drug patenting.)


Scope of the Patent

Invention Summary

The core of DK3456329 likely claims a specific chemical compound or a class of compounds with claimed pharmacological activity, possibly focused on combating a particular disease—such as an oncology indication, infectious disease, or metabolic disorder. It may include formulations that enhance drug stability, bioavailability, or targeted delivery.

Claims Structure

The patent’s claims are critical to defining its protection scope. They generally fall into:

  • Compound Claims: Cover broad classes of chemical structures, typically defined by chemical Markush groups or structural formulas, providing wide coverage for the claimed chemical space.
  • Method Claims: Cover therapeutic, prophylactic, or diagnostic methods involving the compounds, such as administering the drug in specific dosages or to particular patient populations.
  • Composition Claims: Cover pharmaceutical compositions, including combinations with excipients, delivery systems, or novel formulations.
  • Use Claims: Define specific therapeutic uses, such as treatment of a particular disease or condition.

Primary Claim Example (Hypothetical):
“A compound of chemical formula X, or a pharmaceutically acceptable salt, ester, or prodrug thereof, for use in the treatment of disease Y.”

Claim Breadth and Limitations

  • Breadth: The compound claims may encompass a broad class of derivatives, providing strong patent protection against competitors seeking to modify the chemical structure slightly.
  • Limitations: The claims' scope may be limited by specific structural features, the presence of narrow use claims, or particular formulations. Narrow claims reduce infringement risk but limit market exclusivity.

Patent Landscape and Legal Environment

Regional and Global Patent Context

  • European Patent Office (EPO): Many drugs initially patentable in Denmark are also filed nationally, regionally via the EPO, or internationally via Patent Cooperation Treaty (PCT). A comprehensive landscape review considers overlapping patent families, priority filings, and potential patent thickets.
  • Key Jurisdictions: The patent family for DK3456329 likely extends to other major markets such as the US, China, and the EU, depending on the applicant’s strategic objectives.

Prior Art and Patentability

Prior art searches reveal similar compounds or therapeutic methods. The novelty and inventive step of DK3456329 hinge on:

  • Unique chemical modifications,
  • Unexpected pharmacological properties,
  • Specific formulations or delivery mechanisms.

Any prior art that discloses analogous compounds or uses can affect patent enforceability.

Potential Patent Challenges

  • Opposition or Invalidity Proceedings: Competitors or third parties may challenge the patent based on prior art or lack of inventive step.
  • LHE (Lack of Experimental Data): Narrow claims based solely on in vitro data may be vulnerable if not supported by sufficient in vivo evidence.
  • Patent Term Adjustments: Regulatory delays may influence patent term extensions, especially for pharmaceuticals.

Patent Strategy Implications

  • Freedom to Operate (FTO): The breadth of DK3456329’s claims influences licensing and commercialization decisions. Overlapping claims with existing patents necessitate detailed FTO analysis.
  • Competitive Positioning: Broad compound claims restrict competitors from developing similar molecules, while narrower use claims may limit protection.
  • Research and Development (R&D): The patent provides a platform for further innovation, such as inventive modifications or new therapeutic indications.

Relevant Patent Landscape Trends

Innovative Chemical Classes

Recent drug patents often involve bi-specific antibodies, cyclic peptides, or targeted small molecules. If DK3456329 pertains to any of these, the scope may be broader or narrower depending on structural specificities.

Delivery and Formulation Patents

Combining DK3456329 with advanced delivery systems (e.g., nanoparticles, liposomes) can create additional layers of patent protection, extending market exclusivity.

Regulatory and Patent Linkage

In Denmark, and broader EU markets, patent extensions through supplementary protection certificates (SPCs) can compensate for patent term loss during lengthy approval processes.


Conclusion

DK3456329's patent claims are pivotal for establishing market exclusivity and defending against patent challenges. The patent likely claims a broad chemical class with therapeutic applications, supported by a strategic set of composition and use claims. Its solidity depends on the inventive step over prior art, claim drafting, and regional patent strategies.

A comprehensive landscape assessment reveals that safeguarding this patent involves monitoring overlapping national and international filings, licensing opportunities, and potential infringing applications. Its strength lies in a well-drafted set of claims that balance breadth with robustness.


Key Takeaways

  • Claims Breadth: Broad compound claims provide strong protection but require clear support to withstand legal challenges.
  • Strategic Positioning: Alignment with global patent filings enhances market control; gaps may pose infringement risks.
  • Patent Lifecycle: Timely filings, maintenance, and potential extensions, such as SPCs, maximize commercial exclusivity.
  • Landscape Monitoring: Continuous surveillance of prior art and competitor filings ensures safeguard against invalidation.
  • Innovation Opportunities: Adjacent formulations and delivery methods offer avenues for further patenting beyond the initial patent.

FAQs

Q1: How does the scope of DK3456329 compare to similar patents in the pharmaceutical industry?

A1: Assuming typical patent strategies, DK3456329 likely claims a broad class of compounds with specific structural features, aligning with industry standards that aim to maximize coverage while balancing novelty. Its scope's effectiveness depends on how clearly it delineates inventive features from prior art.

Q2: What are the main risks associated with patent infringement for DK3456329?

A2: Risks include competing patents with overlapping claims, generic molecule development, and unauthorized use of claimed methods or compositions. Rigorous FTO analyses help mitigate these risks.

Q3: How can the patent landscape influence the commercial strategy for a drug protected by DK3456329?

A3: A well-mapped landscape informs licensing negotiations, helps avoid infringement, and guides pipeline development, especially for developing derivatives or new indications.

Q4: Does DK3456329 cover formulation-specific claims that could extend its exclusivity?

A4: If the patent claims include unique formulations or delivery systems, these could reinforce overall protection and delay generic entry even if core compound patents expire.

Q5: What steps should be taken to strengthen the patent protection around DK3456329?

A5: Strategies include filing additional patents for derivatives, formulations, or new therapeutic uses; monitoring and challenging overlapping patents; and pursuing regional and international filings to broaden protection.


References

  1. Danish Patent and Trademark Office (DKPTO), Patent DK3456329 documentation.
  2. European Patent Office (EPO) patent databases.
  3. WIPO Patent Landscape Reports.
  4. Pharmaceutical Patent Landscapes, IMI and industry reports.
  5. Recent case law on pharmaceutical patent validity.

(Note: The above analysis is a hypothetical construct based on common patent examination practices and does not refer to actual legal details of DK3456329.)

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