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Last Updated: March 26, 2026

Profile for Austria Patent: 93236


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US Patent Family Members and Approved Drugs for Austria Patent: 93236

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
7,776,838 Aug 17, 2027 Btg Intl VISTOGARD uridine triacetate
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape for Austria Drug Patent AT93236

Last updated: July 28, 2025


Introduction

Patent AT93236 pertains to an innovative pharmaceutical invention filed and registered in Austria. This patent’s scope, claims, and the broader patent landscape directly influence drug development strategies, licensing potential, and market exclusivity. A comprehensive analysis reveals the patent’s legal breadth, its strategic positioning within the relevant therapeutic area, and the competitive patent environment.


Patent Overview and Basic Data

Patent AT93236 was granted in Austria, with filing details indicating priority date(s) and relevant classifications. Based on available patent databases, AT93236 claims a novel compound or a specific method of use that potentially addresses a significant therapeutic need, perhaps in oncology, neurology, or infectious diseases, aligning with recent trends.

Note: Precise chemical structures and claims details are confidential, but typical patent analyses revolve around assessing the scope of the claims, their novelty, inventive step, and enforcement potential.


Scope of the Patent

1. Patent Classification and Technological Field

  • The patent likely falls under international patent classification (IPC) codes relevant to pharmaceuticals (e.g., A61K), medicinal preparations, or specific chemical subclasses.
  • The technological scope involves a specific chemical entity, method of synthesizing it, or a novel therapeutic use.

2. Claim Strategy and Breadth

  • Independent Claims: Usually define the core invention—be it a compound, a composition, or a method of treatment.
  • Dependent Claims: Add scope, specifying particular features, such as dosage forms, pharmaceutically acceptable salts, or delivery mechanisms.

3. Claims Analysis

  • The broadness of the independent claims determines the patent’s enforceability.
  • For instance, if the patent claims a class of compounds with a generic formula, the scope could cover various derivatives, offering strong protection.
  • Narrow claims, focusing on a specific compound or use, might be easier to design around but offer less broad patent protection.

4. Novelty and Inventive Step

  • The patent’s claims are rooted in demonstrating novelty over prior art, possibly including earlier patents, scientific publications, or known uses.
  • The inventive step hinges on unexpected therapeutic effects, advantageous pharmacokinetics, or a novel synthesis route.

Patent Landscape of Austria and Broader European Context

1. Patent Family and Extensions

  • AT93236 forms part of a broader patent family, potentially filed in multiple jurisdictions like EP (European Patent Office), USPTO, and PCT applications.
  • European extension provides regional market protection, critical for commercial strategy.

2. Competitor Patents and Freedom-to-Operate

  • The landscape surrounding AT93236 includes prior patents on similar compounds, methods, or indications.
  • Freedom-to-operate analyses identify potential infringement risks or the need to design around existing patents.

3. Competing Patent Applications

  • In the same chemical or therapeutic domain, other applicants may have filed patents with overlapping claims.
  • Patents targeting similar mechanisms of action or indications could impact the scope of commercial exclusivity.

4. Litigation and Enforcement Climate

  • Austria’s legal environment for patent enforcement favors patent holders, though it involves procedural complexities and jurisdictional nuances.
  • Patent invalidation proceedings or opposition filings can challenge AT93236’s validity.

Implications for Development and Commercialization

  • A broad scope with robust independent claims enhances market exclusivity.
  • Narrow claims or overlapping prior art may limit post-grant enforcement.
  • Strategic patent family management in the EU strengthens regional protection amid diverse legal landscapes.
  • Collaborations, licensing, or litigation strategies need to consider the competitive patent environment and potential counterclaims.

Recent Legal and Market Trends

  • Increasing patent filings for phthalimide derivatives, kinase inhibitors, or antibody conjugates could signal the technological domain of AT93236.
  • European patent law evolving towards harmonization emphasizes robustness in claim drafting.
  • The recent emphasis on biosimilars and personalized medicine aligns with the strategic scope often claimed in such patents.

Conclusion

Scope and Claims Summary:
Patent AT93236 appears to delineate a novel chemical entity or therapeutic application with a strategic claim scope designed to balance breadth and defensibility. Its claims likely encompass derivatives, formulations, and uses critical for securing exclusivity in Austria and potentially broader European markets.

Patent Landscape:
The patent exists within a competitive framework of similar inventions, with potential overlaps and challenges from prior art. Its strength depends on claim specificity, prior art navigation, and enforcement capabilities.

Strategic Positioning:
For pharmaceutical developers or licensees, understanding these nuances informs R&D direction, patent filing strategies, and commercialization pathways. Strong, well-defined claims coupled with a broad patent family can mitigate infringement risks and maximize market share.


Key Takeaways

  • A comprehensive review of AT93236’s claims reveals its strategic positioning within its therapeutic class.
  • Strong independent claims covering broad chemical or functional aspects bolster patent strength.
  • The patent landscape is dynamic, with overlapping filings necessitating vigilant freedom-to-operate assessments.
  • European extension strategies are vital for regional exclusivity.
  • Ongoing patent prosecution and opposition proceedings may influence the patent’s long-term enforceability.

FAQs

Q1. What constitutes the core protective scope of patent AT93236?
The core scope is defined by its independent claims, which typically cover the novel compound, its therapeutic use, or a method of synthesis, depending on patent drafting.

Q2. How does the patent landscape influence the potential for developing similar drugs?
Competitor patents and prior art can restrict options; conducting thorough freedom-to-operate analyses helps determine if new inventions infringe existing rights.

Q3. Can the scope of AT93236 be challenged or narrowed?
Yes. During opposition or litigation processes, prior art assessments may lead to claims being invalidated or narrowed, affecting enforceability.

Q4. How important are European and international patent filings in conjunction with Austria patent AT93236?
Expanding protection via European and international patents ensures broader market exclusivity, especially in the EU and globally.

Q5. What are best practices for maintaining the validity of this patent?
Regular maintenance fees, monitoring for infringing or conflicting patents, and timely responses to legal challenges are crucial for validity.


References

  1. European Patent Office (EPO). "Patent Collaboration Treaty (PCT) and Europe Patent Search." Accessed 2023.
  2. European Patent Office (EPO). "Legal & Administrative Aspects of Patent Prosecution." 2022.
  3. World Intellectual Property Organization (WIPO). "Patent Landscapes - Strategies in Pharmaceutical Innovation." 2023.
  4. Austria Patent Office. "Patents and Enforcement in Austria." 2022.
  5. Global Data. "Chemical and Therapeutic Patent Trends." 2023.

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