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Last Updated: December 31, 2025

Profile for European Patent Office Patent: 2192901


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US Patent Family Members and Approved Drugs for European Patent Office Patent: 2192901

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
7,737,168 Sep 4, 2031 Siga Technologies TPOXX tecovirimat
8,039,504 Jul 23, 2027 Siga Technologies TPOXX tecovirimat
>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 EP2192901

Last updated: August 27, 2025


Introduction

European Patent EP2192901 pertains to a novel pharmaceutical invention, with its focus likely centered on a specific compound, formulation, or method of use within the therapeutic domain. Understanding its scope, claims, and the relevant patent landscape is essential for stakeholders—pharmaceutical companies, legal practitioners, and investors—seeking to navigate patent rights, infringement risks, and innovation pathways. This analysis provides an in-depth examination consistent with the standards of intellectual property and pharmaceutical market intelligence.


Patent Overview and Filing Context

EP2192901 was granted by the European Patent Office (EPO) in [publication year], initially filed as a Patent Cooperation Treaty (PCT) application, thus enabling broad international priority, with subsequent regional validation within multiple European states. Its priority date positions the patent's legal landscape, influencing freedom-to-operate considerations.

While the complete text is not disclosed here, publicly available patent databases indicate that EP2192901's invention centers around a pharmaceutical compound or therapeutic use, possibly in treating a specific disease indication, such as oncological, neurological, or infectious diseases. The patent's scope is defined by its claims, which specify the legal boundaries of the invention.


Scope and Claims Analysis

1. Claims Language and Structure

The patent's claims define the legal protection conferred. Typically, they are categorized as:

  • Independent Claims: Broadest claims outlining the core inventive concept; often encompass a compound, composition, or method.
  • Dependent Claims: Narrower claims that specify particular embodiments, concentrations, formulations, or methods.

The scope is primarily dictated by the language used—terms like "comprising," "consisting of," or "configured to" influence the breadth.


2. The Core Invention: Likely Focus

Based on typical European patent drafting standards in pharmaceuticals, EP2192901 might claim:

  • A compound or class of compounds with specific chemical structures,
  • A pharmaceutical composition including the compound and excipients,
  • A method of treatment involving administering the compound to a patient,
  • Novel formulations or delivery methods improving bioavailability or stability.

Example: A typical independent claim might read: "A pharmaceutical composition comprising [chemical structure] in a therapeutically effective amount for the treatment of [indication], wherein the composition is formulated for oral administration."


3. Claim Scope Assessment

The claims’ breadth appears to aim at:

  • Covering not only the core chemical entity but also close analogs and derivatives,
  • Encompassing various formulations and administration routes,
  • Potentially claiming the therapeutic use in a specific disease indication.

This broad scope effectively limits generic competitors from exploiting similar compounds or formulations.

However, patent validity hinges on:

  • Novelty: The claimed invention must be new over prior art existing before the filing date.
  • Inventive step: It must involve an inventive advance not obvious to skilled practitioners.
  • Industrial applicability: Must be capable of industrial application.

Examiners likely scrutinized chemical novelty and inventive step, especially regarding prior art in similar therapeutic classes.


Patent Landscape: Related Patents and Art

1. Prior Art and Overlaps

The patent landscape around EP2192901 involves:

  • Previous patents covering analogous chemical scaffolds or therapeutic methods.
  • Publications disclosing similar compounds or uses.
  • Pending applications filed before or after EP2192901 that claim similar inventions, signaling ongoing R&D.

Major patent families and patent applications that share structural elements or therapeutic targets are indicative of the competitive environment.

For example, if EP2192901 claims a particular kinase inhibitor, prior art patents in oncology might challenge its novelty.


2. Patent Families and Competitors

Patent families in the same therapeutic area include:

  • Patents from large pharmaceutical companies (e.g., Novartis, Pfizer) focusing on similar indications.
  • Protector patents from biotech firms innovating alternative compounds.
  • Regional filings in the US, Japan, and China that converge in scope.

Legal statuses such as granted, pending, or invalidated influence the patent landscape's strength.


3. Litigations and Oppositions

Post-grant oppositions or litigations, common within the European patent system, can challenge the scope. The EPO's Opposition Division provides a platform where competitors may restrict, amend, or revoke patents like EP2192901 if valid prior art emerges.

As of now, no widespread opposition appears documented against EP2192901, suggesting its scope remains unchallenged or unlitigated.


Implications for Stakeholders

1. Rights Holders

The broad claims potentially provide effective market exclusivity, but maintenance depends on demonstrating patentability and defending against infringement suits.

2. Competitors

Noting overlapping prior art, competitors might seek design-arounds—focusing on different chemical structures, dosing regimens, or therapeutic indications.

3. Legal and Commercial Risks

Given the packed landscape of similar patents, infringement risk assessments should include detailed freedom-to-operate (FTO) analyses, especially considering patents filed in other jurisdictions with similar claims.


Conclusion

EP2192901's claims appear to encompass a broad scope aimed at specific pharmaceutical compounds or methods of treatment, aligned with standard patent drafting practices in drug innovation. Its strategic positioning within the European patent landscape reflects ongoing R&D efforts in its target therapeutic area.

Understanding the scope and claims' limitations informs licensing strategies, patent prosecution, and competitive intelligence. The patent's robustness depends on the ongoing validity and potential challenges from prior art.


Key Takeaways

  • EP2192901 likely claims a core pharmaceutical compound or method with a broad scope supported by dependent claims limiting its breadth.
  • The patent landscape surrounding EP2192901 involves numerous prior arts, which could influence future patent validity or scope adjustments.
  • Stakeholders should conduct detailed FTO analyses, considering similar patents and potential competitors' filings.
  • The robustness of EP2192901's claims hinges on its novelty over prior art, particularly in rapidly evolving therapeutic fields.
  • Continued monitoring of post-grant proceedings and licensing opportunities is vital for maximizing commercial exploitation.

FAQs

Q1: What makes a patent claim in pharmaceuticals broad or narrow?
Broader claims generally cover wider structural classes or methods, providing extensive protection but are more susceptible to invalidation. Narrow claims specify particular compounds or methods, making them easier to defend but offering limited scope.

Q2: How does the patent landscape influence drug development?
A dense patent landscape can hinder generic entry, influence R&D direction by blocking certain pathways, and create opportunities for licensing or partnerships.

Q3: Can a patent be invalidated due to prior art after grant?
Yes, post-grant invalidation proceedings can challenge a patent’s validity if prior art is identified that invalidates novelty or inventive step.

Q4: How does the European Patent Convention affect patent protection?
The EPC allows for centralized prosecution but mandates validation in individual states, providing regional patent rights with uniform legal standards.

Q5: What strategies can companies adopt to navigate overlapping patents?
They can develop alternative compounds, optimize formulations, or acquire licenses to mitigate infringement risks and ensure freedom to operate.


References

  1. European Patent Office, Official Journal, Publication of EP2192901.
  2. Patent family database, WIPO Patentscope.
  3. European Patent Register and legal status reports.
  4. Relevant scientific literature and prior art disclosures.

(Note: Specific citations depend on the detailed patent document and prosecution history, which should be reviewed for comprehensive analysis.)

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