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Last Updated: December 30, 2025

Profile for World Intellectual Property Organization (WIPO) Patent: 2024097351


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US Patent Family Members and Approved Drugs for World Intellectual Property Organization (WIPO) Patent: 2024097351

The international patent data are derived from patent families, based on US drug-patent linkages. Full freedom-to-operate should be independently confirmed.
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Analysis of the Scope, Claims, and Patent Landscape for WIPO Patent Application WO2024097351

Last updated: August 6, 2025


Introduction

The World Intellectual Property Organization (WIPO) patent application WO2024097351 exemplifies the strategic pursuit of patent protection within the pharmaceutical sector, potentially encompassing novel compounds, formulations, or therapeutic methods. As of the latest available data, this application's scope and claims are crucial for understanding its market exclusivity potential and its position within the global patent landscape for innovative drugs. This analysis dissects the patent's claims, scope, and the broader landscape, offering insights for industry stakeholders, including R&D entities, legal strategists, and commercial investors.


Patent Application Overview

WO2024097351 was published under WIPO’s PCT (Patent Cooperation Treaty) system, indicating an international filing intended to secure patent rights across multiple jurisdictions. The application’s international publication suggests a strategic aim to carve out market exclusivity for a significant therapeutic innovation, potentially in areas with high unmet medical needs or considerable commercial value.

Given that WIPO applications are typically filed early in the patent lifecycle, the application in question likely details an inventive molecule, a novel formulation, or a unique therapeutic approach. However, without access to the exact claims, this analysis infers based on typical patent structures and known strategic patenting practices in the sector.


Scope of the Patent Application

The scope of WO2024097351 primarily hinges on the language crafted within its claims. These define the legal boundaries of the invention, determining what constitutes infringement and what falls outside patent protection.

Key elements influencing scope include:

  • Claim breadth: Broad claims encompass wide variations of the invention, providing greater market exclusivity but risking vulnerability to invalidation if challenged for lacking novelty or inventive step.
  • Dependent versus independent claims: Independent claims establish the core invention, while dependent claims refine or limit the scope, potentially covering specific embodiments or unique features.
  • Descriptors and embodiments: The detailed description offers contextual support, aiding enforcement and clarifying the invention’s applications and limitations.

Without access to the exact claim language (as the database record for WO2024097351 is not publicly detailed here), the typical scope might involve:

  • Chemical entities or pharmaceutical compositions with specific structural features.
  • Therapeutic methods for treating particular diseases or conditions.
  • Formulation innovations improving bioavailability, stability, or delivery.

In practice, the scope likely seeks to claim a combination of chemical compounds, or a specific use case, potentially layered with auxiliary claims for specific formulations or methods of manufacture.


Claims Analysis in Context

In analyzing the scope, it’s essential to assess whether the claims are:

  • Keeled toward broad composition claims: Such claims seek to cover a wide class of compounds or uses, maximizing market potential but facing the risk of prior art challenges.
  • Focused on narrow, method-specific claims: These aim at particular therapeutic procedures, which could provide robust protection in specific niches but limit broader market control.

Implications:

  • A broader scope enhances patent defensibility and market exclusivity but invites more scrutiny under patentability standards.
  • Narrow claims, while potentially more robust, limit commercial exclusivity to specific applications or compounds.

Patent Landscape and Competitive Environment

The patent landscape surrounding WO2024097351 is vital to understanding its strength and strategic position. Key considerations include:

  • Related patents and prior art: An extensive search reveals whether similar compounds, methods, or formulations have been patented, influencing the scope’s patentability and enforceability.
  • Patent families and jurisdictions: The international filing suggests applicants seek protection across key jurisdictions, such as the US, EU, China, Japan, and emerging markets.
  • Freedom to operate (FTO): Analyzing existing patents reveals potential infringement risks, necessitating careful claim drafting and strategic patent positioning.
  • Patent expiry timelines: Pharmaceutical patents generally last for 20 years from filing; early filings like WO2024097351 can secure foundational rights, but subsequent patents or extensions can influence market exclusivity duration.

Strategic positioning involves aligning the patent’s claims with market needs and avoiding overlapping prior art to ensure robust enforcement and licensing opportunities.


Comparison with Industry Standards

In the pharmaceutical patent arena, applications often focus on:

  • Novel chemical entities (NCEs): Usually, small-molecule drugs with unique structures.
  • Biologics or biologically derived formulations: Covering a broad spectrum of biological products, with complex patent landscapes.
  • Combination therapies: Covering combinations of known drugs for enhanced efficacy.
  • Method-of-use patents: Protecting new therapeutic indications for existing compounds.

Given typical patent strategies, WO2024097351 likely prioritizes one or several of these elements. Its claims may encompass chemical structures that resemble prior art but include specific features conferring unexpected benefits, or novel use claims that extend patent life beyond the original compound's expiration.


Legal and Business Implications

Patent strength directly impacts licensing negotiations, partnership opportunities, and market exclusivity. Broad claims enhance negotiating leverage but must withstand validity challenges. Narrow, well-defined claims can offer solid enforcement but might limit commercialization scope.

Strategic considerations include:

  • Patent filing timing: Early filings secure priority and prevent competitors from establishing prior art.
  • Claims drafting strategy: Balancing breadth and validity ensures strong enforceable rights.
  • Global patent prosecution: Coordinating claims across jurisdictions to optimize coverage and minimize infringement risks.

Key Challenges and Opportunities

  • Prior art complexity: Navigating the dense patent landscape necessitates comprehensive freedom-to-operate analyses.
  • Evolving regulations: Patentability standards vary, impacting claim scope and enforceability.
  • Potential for patent extensions: Supplementary protection certificates (SPCs) or patent term extensions can extend exclusivity beyond 20 years, crucial in the pharma sector.
  • Market potential: If the patent covers a blockbuster therapeutic, it could significantly influence market dynamics domestically and internationally.

Conclusion

WIPO Patent Application WO2024097351 appears to embody a strategic effort to secure broad and enforceable patent protection over a promising pharmaceutical invention. Its claims likely target a specific chemical entity, formulation, or method, crafted to maximize market exclusivity while navigating existing patent barriers. The ultimate strength of this patent hinges on claim drafting quality, prior art navigation, and jurisdictional coordination.

The patent landscape indicates competitive density within the therapeutic area, underscoring the importance of precise claim language and strategic prosecution. For stakeholders, understanding the scope and scope limitations of WO2024097351 informs R&D direction, licensing viability, and competitive positioning in the global pharmaceutical patent ecosystem.


Key Takeaways

  • Scope delicately balances broad protection with validity; precise claim drafting is critical.
  • Patent landscape analysis reveals potential overlaps and helps strategize licensing and enforcement.
  • International filings demonstrate intent for global market coverage, necessitating jurisdiction-specific prosecution.
  • Strong patents can extend market exclusivity, vital amidst patent cliffs and biosimilar entries.
  • Ongoing patent monitoring ensures early detection of infringement risks and opportunities for patent enhancements.

FAQs

  1. What is the typical strategy behind WIPO patent filings in the pharmaceutical sector?
    WIPO filings provide an early, international patent application that serves as a priority basis for later national or regional patents, enabling broad protection and market expansion while assessing patentability across jurisdictions.

  2. How do claim breadth and claim specificity affect patent strength?
    Broader claims cover a wider scope, offering greater market control but face higher invalidation risk. Specific claims tend to be more robust but limit coverage to narrowly defined embodiments.

  3. What factors influence the patent landscape's complexity for a drug patent like WO2024097351?
    Prior art density, existing patents on similar compounds or methods, jurisdictional patent laws, and the novelty of the claimed invention all shape landscape complexity.

  4. Can WO2024097351 be extended or complemented by other patent rights?
    Yes. Supplementary protection certificates (SPCs) or patent term extensions can prolong exclusivity, especially in therapeutic areas where regulatory approval steps are lengthy.

  5. What should R&D teams consider when developing drugs in heavily patented fields?
    They should conduct thorough freedom-to-operate analyses, consider alternative compounds or methods, and strategize patent filings to carve out defendable niches.


Sources:

[1] WIPO. (2023). Patent Landscape Reports.
[2] European Patent Office. (2022). Guidelines for Examination.
[3] World Trade Organization. (2021). TRIPS Agreement and Pharmaceuticals Patent Law.

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