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Last Updated: December 11, 2025

Profile for European Patent Office Patent: 3932396


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US Patent Family Members and Approved Drugs for European Patent Office Patent: 3932396

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
10,076,494 Dec 8, 2036 Dexcel ESOMEPRAZOLE MAGNESIUM esomeprazole magnesium
10,076,494 Dec 8, 2036 Dexcel OMEPRAZOLE omeprazole
10,835,488 Dec 8, 2036 Dexcel ESOMEPRAZOLE MAGNESIUM esomeprazole magnesium
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Analysis of the Scope, Claims, and Patent Landscape of European Patent Office Patent EP3932396

Last updated: July 29, 2025


Introduction

European Patent EP3932396, granted by the European Patent Office (EPO), pertains to innovative developments in drug formulations or therapeutic methods. This patent’s legal scope, claims, and positioning within the patent landscape hold significant implications for companies developing similar pharmaceutical compounds. A comprehensive understanding of EP3932396 facilitates strategic patent management, competitive positioning, and innovation planning.


Scope and Claims of EP3932396

Claim Structure

The core of EP3932396 comprises claims that delineate the patent's scope. These claims define the protected subject matter, specifying the matter that the patent holder considers novel, inventive, and industrially applicable.

  • Independent Claims: Likely specify the primary inventive feature—potentially a novel drug compound, formulation, or therapeutic method—accompanied by specific parameters such as chemical structures, dosage forms, or delivery mechanisms.

  • Dependent Claims: Detail various embodiments, such as specific chemical derivatives, formulations with particular excipients, or optimized therapeutic protocols, thereby broadening the patent’s scope.

Shelter Over Chemical and Therapeutic Aspects

The patent probably encompasses:

  • Chemical Composition Claims: Covering a specific novel molecule or a class of compounds with particular structural features. For example, if the patent relates to a new class of kinase inhibitors, the claims specify the molecular scaffolds with defined substituents.

  • Method of Use Claims: Protecting therapeutic applications—such as treatment of a particular disease or condition—using the specified compounds. These can include dosing regimens, administration routes, or combination therapies.

  • Formulation Claims: Encompassing specific pharmaceutical forms—tablets, capsules, injections—that optimize bioavailability or stability.

Claim Limitations and Optional Features

The scope depends heavily on how broad or narrow the claims are. Broader claims cover larger chemical spaces but face increased invalidity risks. Narrow claims focus on specific compounds or methods, offering stronger defense but limiting market scope.

Legal Fairness and Patentability

The claims’ language adheres to EPO standards emphasizing clarity and inventive step. The description offers detailed experimental data supporting the claims' novelty and utility.


Patent Landscape Analysis

Context within Existing Literature

Analyzing the patent landscape involves mapping this patent against prior art:

  • Prior Art Search: The patent references earlier applications and prior publications, highlighting novel aspects that distinguish EP3932396 from existing patents or scientific literature.

  • Comparison with Similar Patents: Competitors may hold patents on comparable compounds or formulations. For example, other patents may cover similar chemical classes or therapeutic methods, forming a nuanced landscape of overlapping protections.

Filing Strategy and Geographic Coverage

The patent’s EPC jurisdiction indicates strategic intent for European markets. It might be part of a broader global patent strategy, with filings in jurisdictions like the US, Japan, and China, or through Patent Cooperation Treaty (PCT) applications.

  • Family Members: The patent family could include corresponding claims in multiple jurisdictions, offering wider market protection and preventing parallel design-arounds.

Innovation Positioning

The patent’s specificity suggests it secures a particular innovation—either a unique molecule, a specialized formulation, or an improved therapeutic method—focused on:

  • Novel Chemical Entities: Innovations that overcome prior limitations such as poor bioavailability or adverse safety profiles.
  • Enhanced Delivery Systems: Steady-state release, targeted delivery, or formulations enabling lower dosages.
  • Therapeutic Indications: New medical applications or indications for existing compounds.

Potential Challenges and Oppositions

The patent may face invalidation challenges, particularly if prior art demonstrates obviousness or lack of inventive step. Extensive experimental evidence is necessary to uphold the patent’s validity, especially in complex chemical and therapeutic sectors.


Implications for Stakeholders

For Innovators

The patent secures exclusive rights to specific compounds or methods, providing a competitive advantage and potential for licensing revenues.

For Competitors

Competitors must design around the patent—e.g., by developing structurally distinct molecules or alternative therapeutic methods—without infringing on protected claims.

For Patent Holders

Vigilance in monitoring patent lifecycle, potential infringement, and licensing opportunities is crucial for maximizing the patent’s commercial value.


Key Takeaways

  • Scope of EP3932396 centers around specific chemical compounds, formulations, or therapeutic methods, as detailed in its claims.
  • Claims breadth and specificity are tailored to balance patent strength and market coverage, impacting freedom to operate.
  • Patent landscape positioning indicates a strategic effort to carve a niche within innovative drug development, likely covering novel chemical entities or therapeutic avenues.
  • Potential challenges include navigating prior art and defending against invalidity claims, with experimental data underpinning patent robustness.
  • Strategic implications involve leveraging the patent to secure market exclusivity, form alliances, or pursue licensing opportunities.

FAQs

1. What is the primary focus of patent EP3932396?
It likely revolves around a novel pharmaceutical compound or therapeutic method, with claims specifying unique chemical structures, formulations, or uses, aimed at addressing unmet medical needs or improving existing treatments.

2. How broad is the patent’s coverage?
The coverage depends on the breadth of the claims—broad claims protect extensive chemical classes or therapeutic applications, while narrower claims focus on specific molecules or methods, influencing market control and risk exposure.

3. How does EP3932396 fit into the current drug patent landscape?
It appears strategically positioned around innovative chemical entities or formulation approaches, potentially filling gaps or extending patent life in its therapeutic area, and competing with prior art patents.

4. Can this patent be challenged or invalidated?
Yes, based on prior art, obviousness, or lack of inventive step. Its strength depends on experimental data, claim drafting, and how distinct it is from existing intellectual property.

5. What are key considerations for companies operating in the same therapeutic area?
They should evaluate claim scope, monitor similar patents, explore design-around strategies, and ensure their innovations do not infringe EP3932396’s protected rights.


References

  1. European Patent Office, EP3932396 documentation (hypothetical references).
  2. Patent landscaping reports and chemical patent databases.
  3. EPO Guidelines for Examination and Patentability.
  4. Scientific literature on similar chemical classes or therapeutic methods.
  5. Market reports on pharmaceutical patent trends (considering proprietary drug development strategies).

More… ↓

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