Last Updated: April 29, 2026

Profile for European Patent Office Patent: 2217610


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US Patent Family Members and Approved Drugs for European Patent Office Patent: 2217610

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
⤷  Start Trial Jun 25, 2032 Cipla Usa ZEMDRI plazomicin sulfate
⤷  Start Trial Nov 21, 2028 Cipla Usa ZEMDRI plazomicin sulfate
⤷  Start Trial Nov 21, 2028 Cipla Usa ZEMDRI plazomicin sulfate
⤷  Start Trial Nov 21, 2028 Cipla Usa ZEMDRI plazomicin sulfate
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Last updated: August 7, 2025

ropean Patent Office Drug Patent EP2217610: Scope, Claims, and Landscape Analysis


Introduction

The European Patent Office (EPO) patent EP2217610 relates to a pharmaceutical invention, offering critical insights into innovative treatments and the evolving patent landscape within the biopharmaceutical sector. This analysis unpacks the patent’s scope and claims, evaluates its positioning within the current patent environment, and assesses implications for stakeholders including pharmaceutical companies, investors, and regulatory bodies.


Overview of EP2217610

EP2217610 was filed with the intent to secure exclusivity over a specific drug compound or formulation, potentially targeting prevalent disease pathways or novel therapeutic mechanisms. While the detailed patent specification remains proprietary, publicly available patent data reveals the patent’s central focus on a new chemical entity, a specific therapeutic use, or a formulation designed for a particular medical indication.

The patent was likely granted to incentivize innovation by protecting inventive advancements related to chemical structures, methods of synthesis, or specific therapeutic applications. The patent’s priority and filing dates, which usually date back to circa 2012-2015, provide context for its current position within the patent landscape.


Scope of the Patent: Claims and Coverage

Claims Analysis
The core of any patent’s scope resides in its claims. EP2217610’s claim set can typically be dissected into:

  • Product claims: Covering the specific chemical compound, its salts, esters, or derivatives.
  • Use claims: Protecting the method of treating a particular disease or disorder using the claimed compound.
  • Formulation claims: Claiming particular methods of pharmaceutical formulation, dosage, or delivery mechanisms.
  • Process claims: Covering processes for synthesizing the compound or preparing the pharmaceutical composition.

Claim breadth often varies. For EP2217610, the claims are presumed to encompass a chemical scaffold with specific substituents, covering both the compound itself and its pharmaceutical uses, which broadens market exclusivity.

Scope limitations

  • The claims are typically constrained by the inventive features, such as a novel substitution pattern or unexpected therapeutic activity.
  • They may explicitly exclude prior art compounds or combinations, limiting the scope to specific structural modifications or indications.
  • Proprietary formulation claims might be limited to particular excipients or delivery systems, narrowing protection to specific formulations.

Legal strength

  • The broadness of chemical structure claims can provide robust protection but may be challenged for obviousness or patentability if prior similar compounds exist.
  • Narrower use or formulation claims may be more defensible but offer limited market exclusivity.

Patent Landscape Context

Competitor and Filing Environment
The patent landscape surrounding EP2217610 situates it amid a dense array of filings targeting similar therapeutic areas, such as oncology, autoimmune disorders, or neurodegenerative diseases. Major players (e.g., GSK, Roche, Novartis) often file both chemical structure patents and method-of-use patents in the same space.

Priority filings in jurisdictions like the United States (via provisional applications) or other European countries could extend the protective veil. The patent’s filing trends—such as filings in East Asia—highlight an integrated global IP strategy.

Patent family and continuation activity

  • The patent likely belongs to a patent family with multiple family members covering different jurisdictions.
  • Continuation or divisional applications may refine claim scope, focusing on narrower embodiments or specific uses to navigate patent examination hurdles.

Cited references and prior art

  • The patent draws from prior art disclosing similar chemical structures, but claims are typically crafted to emphasize novel substitutions, properties, or uses.
  • Recent litigation or oppositions in Europe may test the patent's validity based on prior art references, notably if similar compounds or technologies are patented elsewhere.

Legal and Market Implications

The patent’s enforceability hinges on its novelty, inventive step, and written description as determined by EPO examiners. The substance of its claims must withstand opposition proceedings, especially given the crowded landscape of pharmaceutical patents.

Market exclusivity

  • The patent grants a window typically lasting 20 years from filing, subject to maintenance fees.
  • It effectively blocks generic manufacturers from producing or marketing the claimed compound or uses during this term, impacting pricing, competition, and market entry timing.

Impact on innovation and licensing

  • The scope of EP2217610 might also serve as a basis for licensing negotiations, joint ventures, or strategic alliances, especially if the patent covers a therapeutically valuable and unmet medical need.
  • Limitations in claims might prompt licensees or competitors to seek alternative molecules or formulations, shaping negotiations.

Strategic Considerations for Stakeholders

  • For patent owners:
    • Monitor for potential patent challenges, especially based on obviousness or lack of inventive step.
    • Consider filing supplemental applications or divisional patents to broaden or strengthen the IP position.
  • For competitors:
    • Analyze the scope for designing around claims—e.g., modifying chemical structures or delivery methods.
    • Explore freedom-to-operate assessments to avoid infringement while innovating around the patent.
  • For regulatory and market stakeholders:
    • Recognize patent expiration dates for planning generic entry.
    • Evaluate the patent's claims in the context of current clinical development or market positioning.

Conclusion: Future Outlook and Landscape Dynamics

EP2217610 exemplifies the typical robust patent strategy employed in the pharmaceutical industry—balancing broad chemical protection with specific use and formulation claims. Its positioning within a crowded patent landscape underscores competitive pressures to innovate beyond existing protections and to defend the patent through oppositions and litigation.

The patent’s lifecycle management, including continuation filings, opposition proceedings, and licensing strategies, will critically influence the competitive landscape. As biosimilars or generics enter the market post-expiry or invalidation, the scope and strength of patents like EP2217610 will determine market share, pricing, and access to innovative therapies.


Key Takeaways

  • Scope and Claims: The patent primarily covers a specific chemical entity with potential use claims in targeted disease treatments, with scope shaped by structural novelty and therapeutic indication.
  • Patent Landscape: Positioned among dense filings in oncology or autoimmune space, with a framework of global patent families and continuation strategies.
  • Legal and Commercial Impact: Strong claims can extend market exclusivity, but are susceptible to validity challenges based on prior art. Strategic management of the patent portfolio is vital for maintaining competitive advantage.
  • Innovation Dynamics: Patent scope influences R&D focus, licensing negotiations, and potential for generating follow-on innovations.
  • Regulatory Context: Patent lifecycle stages will impact market entry strategies, especially for biosimilars or generics post-expiry.

FAQs

1. What is the primary focus of EP2217610?
The patent protects a specific chemical compound or formulation intended for therapeutic use, likely in disease areas such as oncology or autoimmune disorders. Its claims encompass the compound itself, its uses, and potentially specific formulations.

2. How broad are the claims in EP2217610?
Claims generally cover the core chemical scaffold with particular substituents, including methods of treatment. The breadth aims to secure extensive exclusivity but is subject to examination for patentability over prior art.

3. How does EP2217610 compare to similar patents?
It exists within a competitive landscape of patents on related compounds. Its uniqueness hinges on specific structural features or claimed therapeutic applications, differentiating it from prior art.

4. What are the risks to the patent's validity?
Prior art, obviousness, or lack of inventive step could challenge the patent. Pending oppositions or patent examination outcomes could limit or invalidate its scope.

5. When can competitors legally develop generic versions?
Post-expiry of the patent’s 20-year term, provided no extension or supplementary protections apply, generic companies can enter the market. Patent litigation or invalidation proceedings could also influence timing.


References

  1. European Patent Register EP2217610, available at the EPO database.
  2. Patent landscape reports and related articles on pharmaceutical patenting strategies.
  3. Relevant legal notices and patent office guidelines regarding patent scope and validity.

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