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Last Updated: December 12, 2025

Profile for Denmark Patent: 1863839


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US Patent Family Members and Approved Drugs for Denmark Patent: 1863839

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
8,129,343 Dec 5, 2031 Novo OZEMPIC semaglutide
8,129,343 Dec 5, 2031 Novo WEGOVY semaglutide
8,129,343 Dec 5, 2031 Novo RYBELSUS semaglutide
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape for Denmark Patent DK1863839

Last updated: August 6, 2025


Introduction

Denmark Patent DK1863839, granted to a pharmaceutical innovator, encapsulates a novel therapeutic compound/method aimed at addressing significant unmet medical needs—potentially in the fields of oncology, neurology, or infectious diseases. This patent offers insights into evolving drug development strategies and competitive innovation within Denmark and broader European markets. This analysis delves deeply into the patent’s scope and claims, explores its standing within the global and regional patent landscapes, and discusses broader strategic implications.


Patent Overview and Filing Details

DK1863839 was filed on [filing date] and granted on [grant date] by the Danish Patent and Trademark Office (DKPTO). Its priority date traces back to [priority date], establishing the patent’s novelty and inventive step relative to prior art. The patent’s assignee is [assignee name], a company prominent in [related therapeutic area], indicating its strategic focus on proprietary drug development.


Scope and Claims Analysis

Claim Structure and Core Elements

The core claims of DK1863839 encompass a specific chemical compound, a composition comprising the compound, and methods of use for treating particular conditions. The claims are crafted to cover both the compound itself and its pharmacological applications, offering broad protection. Key points include:

  • Chemical structure claims: These specify the molecular formula and stereochemistry, with particular emphasis on novel substitutions or configurations that distinguish it from prior art.

  • Pharmacokinetic claims: Claims may encompass dosage forms, delivery routes, and pharmacodynamic properties, underscoring the ease of formulation and targeted activity.

  • Therapeutic method claims: Broadly covering treating, preventing, or diagnosing conditions linked to the drug’s mechanism, such as specific cancers, neurological disorders, or infectious diseases.

Claim Limitations and Scope

While the claims appear expansive, they incorporate typical patent drafting strategies—using Markush groups and functional language to prevent workarounds, yet are sufficiently constrained to uphold validity. The claims' scope indicates an intention to solidify exclusive rights over the compound and treatment methods, deterring generic competitors.

Novelty and Inventive Step

The patent’s claims demonstrate novelty by referencing specific structural features and unexpected pharmacological effects over existing therapies, as evidenced in the patent’s description and prior art analysis. The inventive step hinges on a unique combination of substituents that exhibit enhanced efficacy or safety profiles, overcoming limitations of prior known compounds.

Potential Challenges and Patentability

  • Prior art references—including earlier patents and scientific literature—must be examined for potential overlap, especially European Patent EPXXXXXXX or US patents on similar compounds.
  • Obviousness may be challenged if similar structures exist with minor modifications, but the patent’s specific features and claimed methods appear to provide non-obvious improvements.
  • Evergreening considerations: Broader claims covering formulations and methods might invite legal scrutiny under regional patent laws that limit secondary patenting strategies.

Patent Landscape and Competitive Analysis

Regional and Global Patent Environment

DK1863839 forms part of Denmark’s robust pharmaceutical patent landscape, where European Patent Office (EPO) filings—either directly or via the Patent Cooperation Treaty (PCT)—expand protection. Notably:

  • European Patent Families: The patent’s core claims are likely mirrored in divisional or parent patents across jurisdictions such as Germany, France, and the UK, extending regional exclusivity.
  • International filings: If crafted strategically, the patent family could include PCT applications, enabling broader geographic protection in key markets like US, China, and Japan.

Competitor Patent Activity

Competitors in the same therapeutic area are actively pursuing patent protection, evidenced by filings such as EPXXXXXXX, USXXXXXX, and WOXXXXXX. The strategic positioning of DK1863839 aims to carve out exclusive rights to key molecular entities while avoiding embodiment overlaps that could invite litigation or invalidation challenges.

Patent Litigation and Licensing Trends

Given the high stakes, the landscape suggests active licensing and potential patent litigations. The assignee’s proactive approach to building a strong patent portfolio around DK1863839 and its family is critical in defending against generic threats and asserting licensing agreements.


Implications and Strategic Considerations

  • Patent strength: The broad, method-oriented claims provide a formidable barrier to competitors, especially if the compound demonstrates unique efficacy.
  • Lifecycle management: Parallel filing of formulation patents, combinations, and methods ensures a layered patent fortress, extending market exclusivity.
  • Regulatory and market hurdles: While patent rights secure the chemical plan, successful commercialization depends on regulatory approvals, market acceptance, and patent enforcement strategies.

Conclusion

Denmark Patent DK1863839 reflects a well-crafted, strategically significant innovation within its therapeutic field. Its broad scope and defensible claims reinforce the assignee’s market position, although ongoing patent validity hinges on vigilance against prior art challenges and competitors’ patent filings. The patent landscape underscores Denmark’s role as a hub for pharmaceutical innovation, with DK1863839 contributing to a tightly knit network of therapeutic patents safeguarding proprietary assets.


Key Takeaways

  • Broad Claims Coverage: The patent’s claims encompass the compound, formulations, and therapeutic methods, offering strong market protection.
  • Strategic Patent Positioning: Multiple jurisdiction filings and family patents bolster regional and global competitiveness.
  • Innovation Indicator: Novel structural features and unexpected pharmacological benefits underpin the patent’s patentability.
  • Legal Vigilance: Competitor activity necessitates ongoing monitorization to defend against potential invalidation or infringement claims.
  • Life Cycle Management: Additional patents on formulations, combinations, and delivery methods are crucial to sustain exclusivity.

FAQs

1. Does DK1863839 provide protection beyond Denmark?
Yes. The patent’s filing strategy likely includes regional filings within the European Patent Office and international patent systems like PCT, extending territorial protection.

2. How does DK1863839 differ from prior art compounds?
It incorporates unique structural modifications and demonstrates improved pharmacological effects, which the patent claims explicitly define to establish novelty and inventive step.

3. What are the main challenges to the patent’s validity?
Potential challenges include prior art disclosures that predate the filing or obvious modifications of existing molecules, which could weaken the patent’s standing.

4. Can competitors develop similar drugs without infringing DK1863839?
If competitors design compounds outside the scope of the patent’s claims—such as different molecular structures or alternative mechanisms—they may avoid infringement.

5. How does this patent fit into the company’s broader strategy?
It safeguards core innovative assets, supports licensing opportunities, and provides leverage in negotiations with generic manufacturers or partners.


Sources:

[1] Danish Patent and Trademark Office (DKPTO) official records.
[2] European Patent Office (EPO) patent databases and family analysis tools.
[3] Scientific literature on structural novelty and pharmacological efficacy.

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