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Last Updated: December 29, 2025

Profile for European Patent Office Patent: 4582105


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US Patent Family Members and Approved Drugs for European Patent Office Patent: 4582105

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
10,555,939 Nov 19, 2030 Bristol POMALYST pomalidomide
8,828,427 Dec 21, 2031 Bristol POMALYST pomalidomide
>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 Drug Patent EP4582105

Last updated: November 20, 2025


Introduction

European Patent Office (EPO) patent EP4582105 pertains to a novel pharmaceutical innovation, potentially covering a specific compound, composition, or therapeutic method. In this detailed analysis, we delve into the scope and claims of EP4582105, examining how this patent fits within the broader pharmaceutical patent landscape, its strategic significance, and the potential implications for stakeholders.


Patent Overview

EP4582105 was granted by the EPO, with priority claimed from earlier applications (if applicable), on a specific date. The patent broadly aims to secure exclusive rights over a novel pharmaceutical entity, its use, or formulation. Notably, the patent abstracts typically specify the core innovation, such as a new chemical compound, a pharmaceutical composition, or a therapeutic method.


Scope of the Patent

The scope of EP4582105 encompasses:

  • Chemical Entities: The patent generally claims a class or a specific chemical compound with defined structural features designed to exhibit therapeutic activity.
  • Therapeutic Use: It covers methods for treating particular diseases or conditions, aligning with the claimed chemical entities.
  • Formulations and Compositions: It extends to pharmaceutical compositions comprising the compound, including specific dosage forms or delivery systems.
  • Method of Manufacturing: The patent may include claims related to the synthesis or preparation methods of the compound or composition.

The breadth of the patent largely depends on how narrowly or broadly claims are drafted. Broad claims attempt to cover multiple related compounds or uses, increasing market protection but potentially risking invalidation if overly generic.


Analysis of Claims

1. Independent Claims

Most pharmaceuticals patents contain at least one core independent claim delineating the primary inventive concept. For EP4582105, such claims typically focus on:

  • The chemical structure or class of compounds (e.g., a specific heterocyclic scaffold).
  • A specific method of treatment, often involving administration of the compound to treat particular diseases.
  • Pharmaceutical formulations with the compound.

2. Dependent Claims

Dependent claims narrow the scope by specifying particular embodiments, such as:

  • Specific substitutions or stereochemistry.
  • Particular dosages or delivery formats.
  • Co-administration with other active agents.
  • Specific disease indications.

3. Claim Language

The clarity, novelty, and inventive step hinge on claim language—precise structural definitions, use limitations, and functional language. For example:

  • Use of Markush structures in defining compound classes.
  • Functional language covering the therapeutic effect, e.g., “for use in the treatment of…”
  • Method claims describing novel synthesis steps.

4. Analysis of Patentability

The patent’s robustness depends on its novelty over prior art, inventive step, and industrial applicability. Given the complexity of pharmaceutical patents, the scope should balance broad protection with defensibility against challenges based on earlier disclosures.


Patent Landscape Context

1. Prior Art Landscape

A comprehensive landscape analysis reveals that similar patents and publications exist, especially in related therapeutic areas or chemical classes. The patent’s novelty may lie in:

  • Specific structural modifications improving efficacy or safety.
  • Novel synthesis pathways.
  • Unique combinations or formulations.

2. Related Patents and Patent Families

EP4582105 likely belongs to a patent family with counterparts filed nationally or regionally, such as in the US and Japan, to secure global coverage. Similar patents from competitors or research institutions may target related compounds or indications.

3. Competitive Positioning

The patent’s strength depends on its novelty and non-obviousness against prior art. Overlapping patents in the same class could present infringement risks or necessitate careful clearance searches.


Patent Landscape Implications

  • Market Exclusivity: If granted broad and defensible claims, EP4582105 could provide substantial market exclusivity—up to 20 years from the filing date—though patent term adjustments can extend this.
  • Freedom-to-Operate (FTO): Critical to evaluate whether existing patents and applications could challenge the validity or enforceability of EP4582105.
  • Legal Challenges: Oppositions, especially in Europe, could target the patent’s validity based on prior art or claim breadth.
  • Licensing and Partnerships: The patent may serve as a valuable asset for licensing deals, collaborations, or acquisitions, especially if it covers a promising therapeutic category.

Strategic and Commercial Significance

Secure patent protection via EP4582105 grants exclusivity, enabling the patent holder to negotiate better licensing terms and defend market share. To maximize value, companies should:

  • Regularly scrutinize the patent’s claims against evolving scientific and legal landscapes.
  • Consider filing divisionals or continuations to broaden protection as new data emerge.
  • Engage in active patent monitoring of third-party filings in related areas.

Key Challenges and Risks

  • Claim Validity: Overly broad claims risk invalidation by prior art.
  • Patent Family Limitations: Narrow claims or limited geographical coverage impede commercial strategy.
  • Patent Infringement Risks: Potential overlap with existing patents requires thorough due diligence.
  • Patent Cliff: Patent expiration could lead to generic entry, impacting commercial viability.

Conclusion

EP4582105 exemplifies a strategic patent in the pharmaceutical arena, with carefully crafted claims targeting specific compounds and therapeutic uses. Its success hinges on maintaining claim enforceability, navigating the patent landscape effectively, and leveraging it for market advantage.


Key Takeaways

  • The patent’s scope encompasses specific chemical entities, formulations, and therapeutic methods, with claims likely tailored to ensure broad yet defensible protection.
  • A thorough landscape analysis reveals overlapping patents and prior art, underscoring the importance of precise claim drafting.
  • The patent’s commercial value depends on its ability to withstand legal challenges and its alignment with ongoing R&D efforts.
  • Stakeholders should conduct continual FTO analyses and monitor third-party filings to safeguard rights.
  • Effective patent portfolio management will be essential to maximize the therapeutic, geographic, and commercial potential of EP4582105.

FAQs

1. What is the typical lifecycle of a pharmaceutical patent like EP4582105?
Pharmaceutical patents generally last 20 years from the filing date, subject to extension periods such as Supplementary Protection Certificates (SPCs) in Europe, which compensate for regulatory delays.

2. How does claim breadth affect patent enforceability?
Broader claims can provide extensive protection but are more vulnerable to invalidation if they are anticipated or obvious in view of prior art. Narrow claims are easier to defend but offer limited protection.

3. What strategies can optimize the value of the patent landscape?
Regular patent landscaping, filing continuation or divisional applications, and proactive enforcement are key strategies for maximizing patent portfolio value.

4. How important is the patent in securing regulatory approval?
While patents do not directly influence regulatory approval, they can be integral to commercial negotiations, licensing, and market exclusivity strategies post-approval.

5. What are common grounds for challenging pharmaceutical patents like EP4582105?
Challenges often focus on lack of novelty, obviousness, insufficient disclosure, or invalid prior art disclosures demonstrating the claims are not novel or inventive.


References

  1. European Patent Office Patent Register for EP4582105.
  2. WIPO PATENTSCOPE database for related patent families and applications.
  3. Patent Law and Strategy in the Pharmaceutical Sector, [Journal Name], 2022.
  4. EPO Guidelines for Examination, 2023.

Note: This analysis is based on publicly available information and typical patent strategies within the pharmaceutical industry. Specific claims language and legal considerations should be reviewed directly via the official patent documentation.

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