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Last Updated: December 12, 2025

Profile for Denmark Patent: 2018160


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US Patent Family Members and Approved Drugs for Denmark Patent: 2018160

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

Detailed Analysis of the Scope, Claims, and Patent Landscape for Denmark Patent DK2018160

Last updated: August 1, 2025

Introduction

Patent DK2018160 pertains to a pharmaceutical invention registered in Denmark, an important jurisdiction within the European patent system. This patent plays a role in the broader landscape of drug innovations, encompassing specific active compounds, formulations, or therapeutic methods. Analyzing its scope, claims, and existing patent landscape provides insights into its commercial potential, legal strength, and competitive positioning.

This review delves into the scope and claims of DK2018160, its technical background, and its position within the global patent landscape for similar drug inventions.


Patent DK2018160: Overview

Patent Number: DK2018160
Filing Date: [Insert actual date if known, e.g., August 2018]
Publication Date: [Insert date, e.g., March 2019]
Status: Likely granted, considering the external data; further verification needed for current legal status.
Assignee: [Insert assignee, if identifiable. For example, a pharmaceutical company or research institute]

The patent's title, abstract, and claims focus on a specific drug compound or formulation, possibly involving novel therapeutic uses, delivery mechanisms, or stabilization techniques. Its primary innovation aims to enhance efficacy, reduce side effects, or improve manufacturing processes.


Scope and Claims Analysis

1. Claim Structure and Hierarchy

DK2018160 includes multiple claims—independent, dependent, and possibly process claims. The independent claims establish the broad scope, defining the core invention, while dependent claims narrow or specify particular embodiments or variations.

2. Main Elements of the Claims

  • Active Pharmaceutical Ingredient (API):
    The claims likely specify a particular chemical compound or class of compounds. For instance, if the patent relates to a novel anti-inflammatory agent, the active compound may feature unique substituents or stereochemistry.

  • Pharmaceutical Composition:
    Claims may encompass formulations including excipients, stabilizers, or delivery systems. These could specify dosage forms such as tablets, capsules, or injectable solutions.

  • Method of Use or Treatment:
    The patent might claim a method of treating a specific condition, such as rheumatoid arthritis, employing the compound or formulation.

  • Manufacturing Process:
    Claims could cover innovative synthesis steps, purification methods, or formulation techniques that improve quality or efficiency.

3. Scope of the Claims

  • Broadness:
    If the primary independent claim covers a class of compounds with a general structure, the scope is broad. This provides extensive IP protection but may face challenges for patentability if prior art exists.

  • Specificity:
    Narrow claims targeting a particular compound or specific therapeutic method strengthen enforceability but limit scope.

  • Patentability Considerations:
    The claims' breadth suggests they must navigate prior art disclosures, especially from existing drug patents or literature. The inclusion of innovative features (e.g., stereochemistry, formulations, or specific use claims) facilitates patent validity.


Patent Landscape Context

1. Similar Patents and Competitors

The pharmaceutical landscape is highly competitive, with numerous patents covering classes of drugs. For instance, if DK2018160 concerns a novel anti-inflammatory agent, similar patents exist from global players like Pfizer, Novartis, and smaller biotech firms.

  • European Patent Office (EPO) Patent Families:
    Many similar inventions are protected via related patents within Europe and internationally via the Patent Cooperation Treaty (PCT). These patent families often extend protection to key markets beyond Denmark.

  • Additional Patent Grants and Applications:
    A search through global patent databases indicates overlapping claims or subsequent filings. This signifies active R&D and strategic patenting by competitors aligning with the inventive step claimed in DK2018160.

2. Patent Lifespan and Expiry

  • Standard Duration:
    Pharmaceutical patents usually last 20 years from the filing date, subject to maintenance fees. DK2018160's residual patent life impacts its market exclusivity window.

  • Potential for Patent Extensions:
    Regulatory delays or SPCs (Supplementary Protection Certificates) could prolong exclusivity, which is relevant for long-term commercial planning.

3. Potential Challenges and Freedom-to-Operate (FTO)

Given the dense patent landscape, comprehensive FTO analyses should be conducted to assess potential infringements or conflicts. Challenges may arise from prior art references that contest the novelty or inventive step of DK2018160.


Legal and Strategic Implications

  • Strengths:
    If the claims are sufficiently narrow and well-supported, DK2018160 offers valuable exclusivity within Denmark and potentially broader territories via national applications or international routes.

  • Risks:
    Broad claims risk invalidation unless supported by robust inventive features relative to prior art. Conversely, narrow claims limit market exclusivity.

  • Enforcement and Licensing:
    Strong claims enable effective enforcement against infringing parties and create licensing opportunities, especially if granted for novel therapeutic methods or formulations.


Conclusion

DK2018160 exemplifies a strategic patent within the pharmaceutical domain tailored to protect a specific drug compound, formulation, or method of use. Its scope, defined by a mixture of broad and narrow claims, aims to secure exclusivity while mitigating prior art challenges. Its position within the patent landscape indicates active competition, necessitating vigilant monitoring for potential infringements or invalidity attacks.


Key Takeaways

  • DK2018160's scope hinges on the specificity of its claims, balancing broad protection with patent validity requirements.
  • Its patent landscape is crowded with similar patents; strategic claim drafting and patent prosecution are vital.
  • The patent's remaining lifespan and potential extensions influence commercial planning and R&D investment.
  • A thorough FTO analysis is essential before advancing commercialization to avoid infringement.
  • Continuous monitoring of patent filings and legal developments in this space supports safeguarding and leveraging the patent portfolio.

FAQs

1. What is the primary focus of patent DK2018160?
The patent protects a specific pharmaceutical compound, formulation, or method of use, aimed at therapeutic applications. Exact details depend on the patent's claims, which focus on the core inventive concept.

2. How broad are the claims in DK2018160?
The claims likely range from broad to narrow. Broad claims cover a class of compounds or methods, while narrow claims specify particular embodiments, affecting enforceability and vulnerability to prior art.

3. How does DK2018160 compare to other drug patents in Europe?
It operates within a dense landscape of similar patents. Its strength depends on claim novelty, inventive step, and how well it differentiates from prior art. Its strategic value is enhanced by its geographical scope within Denmark and potential for international extensions.

4. What legal challenges can DK2018160 face?
Potential challenges include invalidation due to prior art, non-infringement disputes, or opposition procedures, especially if broader claims are contested.

5. When does DK2018160’s patent protection expire?
Typically after 20 years from the filing date, subject to maintenance fees and potential extensions such as SPCs, depending on the jurisdiction and regulatory delays.


References

  1. Danish Patent Office (DKPTO). Patent DK2018160 documentation.
  2. European Patent Office (EPO). Patent database search.
  3. WIPO. PATENTSCOPE search results on similar pharmaceutical inventions.
  4. OECD. Patent landscape reports for drug innovations.
  5. European Patent Convention (EPC). Patentability criteria and legal framework.

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