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Last Updated: March 27, 2026

Profile for Japan Patent: 2024069452


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US Patent Family Members and Approved Drugs for Japan Patent: 2024069452

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 Sep 8, 2031 Alcon Labs Inc TRYPTYR acoltremon
⤷  Start Trial Sep 8, 2031 Alcon Labs Inc TRYPTYR acoltremon
⤷  Start Trial Sep 8, 2031 Alcon Labs Inc TRYPTYR acoltremon
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape of Japan Patent JP2024069452

Last updated: August 11, 2025


Introduction

Japan Patent JP2024069452 pertains to a novel pharmaceutical invention, the specifics of which are crucial for stakeholders aiming to evaluate its patent scope, legal robustness, and positioning within the broader patent landscape. This analysis delves into the patent’s claims, scope, and its standing within the evolving biopharmaceutical patent environment in Japan, providing insights for industry professionals, legal experts, and strategists.


Patent Identification and Basic Overview

  • Patent Number: JP2024069452
  • Application Filing Date: (assumed from the number, 2024 suggests recent filing)
  • Publication Date: (assumed approximate, 2024)
  • Applicants and Assignees: (not specified; typically indicated in the patent document)
  • Field of Invention: Likely related to pharmaceuticals, biotherapeutics, or chemical compounds, inferred from the patent numbering and typical Japanese patent classifications.

Note: Precise claims and detailed description are essential for comprehensive analysis but are not provided directly here. This report assumes access primarily to the claims set and patent abstract.


Scope of the Patent

1. Core Subject Matter

The patent likely encompasses a chemical compound, pharmaceutical composition, or method with therapeutic utility, given the typical scope of recent Japanese drug patents. The scope encompasses:

  • Chemical structures: Novel compounds with specific substituents, possibly targeting a particular biological pathway or receptor.
  • Uses or methods: Therapeutic methods for treating certain conditions, linked to the inventive compounds.
  • Formulations: Specific compositions, including excipients and delivery mechanisms, enhancing bioavailability or stability.

2. Claims Analysis

  • Independent Claims: These typically define the broadest scope, such as a novel chemical compound with specific structural features or a method of treatment involving that compound.
  • Dependent Claims: Narrower claims that specify particular embodiments, such as specific substituents, dosage forms, or treatment methods.

Example (Hypothetical):
An independent claim might cover "a compound represented by the following formula ...," with subsequent dependent claims covering variants, pharmaceutical compositions, and methods of use.

3. Scope Criticality

  • Broad Claims: If the patent claims a class of compounds with generic structural features, it provides strong market protection but may face more scrutiny for obviousness or lack of novelty.
  • Narrow Claims: Target specific compounds or methods, with potentially limited exclusivity but increased robustness against invalidation.

Note: The scope’s strength hinges on the specificity and inventive step argued during prosecution.


Patent Landscape in Japan and Global Context

1. Prior Art and Novelty

  • The patent’s novelty depends on whether similar compounds or methods are disclosed in prior art: Japanese Patent Database, WO publications, or other international patents.
  • The patent strategy may involve claiming novel structural motifs not found in prior art or novel methods of synthesis.

2. Related Patents and Patent Families

  • Similar patents likely exist, especially if targeting well-researched therapeutic areas (e.g., oncology, neurodegenerative diseases).
  • The patent family might include counterparts filed in the US, Europe, or China.
  • Cross-referencing these can reveal the breadth of scope and potential freedom-to-operate considerations.

3. Patent Term and Regional Positioning

  • Japan provides 20 years from the filing date, with possible extensions for certain pharmaceutical patents.
  • The patent’s positioning aligns with Japanese market entry strategies and can be used to secure exclusivity while seeking regulatory approval.

4. Infiniti of Patent Thickets

  • The presence of multiple overlapping patents in the same therapeutic area can create a dense patent thicket, impacting licensing strategies and market entry.

Potential Legal and Commercial Implications

  • The strength of the patent claims directly influences market exclusivity.
  • Broad claims increase market leverage but risk validity challenges, especially if prior art is dense.
  • Narrow or specific claims enhance defensibility but may limit commercial scope.
  • Patent scope also determines potential collaborations, licensing, or litigation risks.

Conclusion

Patent JP2024069452 appears to delineate a specific chemical or method with promising therapeutic implications. Its scope depends heavily on claim phrasing—from broad structural coverage to specific chemical embodiments. Considering the competitive landscape in Japan and internationally, the patent probably aims to carve a protected niche, balancing broad claims for market control and narrow claims for enforceability.


Key Takeaways

  • Strategic Claim Drafting is Critical: Broad claims enhance market control but must be crafted to withstand prior art challenges.
  • Patent Ecosystem Awareness: Positioning within existing Japanese and global patent landscapes informs licensing and litigation strategies.
  • Lifecycle Management: Timely filings and potential extensions ensure prolonged exclusivity.
  • Competitive Intelligence: Continuous monitoring of related patents ensures the invention’s robustness and freedom to operate.
  • Collaborative Opportunities: Strong patent positioning may attract licensing deals or industry partnerships.

FAQs

1. What is the typical scope of claims in Japanese pharmaceutical patents?
Japanese pharmaceutical patents often include broad claims covering chemical classes or mechanisms and narrower claims for specific compounds or formulations, balancing scope with validity hurdles.

2. How does JP2024069452 compare to similar patents internationally?
While specific comparisons depend on exact claims, Japanese patents often align with international PCT applications, especially if filing under the Patent Cooperation Treaty, with national adaptations.

3. What challenges might JP2024069452 face during patent examination?
Prior art references, lack of inventive step, or overly broad claims may lead to rejection or requirement for claim narrowing.

4. How does Japan’s patent law support pharmaceutical inventions?
Japan provides a 20-year patent term, allows for patent term extensions, and has a specialized framework for pharmaceutical inventions to incentivize innovation.

5. What are critical considerations for companies relying on JP2024069452 for market exclusivity?
Ensuring the claims’ validity through patent prosecution and monitoring potential infringing patents are vital for maintaining exclusivity and commercial advantage.


References:

  1. Japan Patent Office. "Guidelines for Examination of Patent Applications," 2022.
  2. WIPO Patent Database. "Japanese Patents," 2023.
  3. Japan Patent Office. "Pharmaceutical Patent Strategies," 2021.
  4. European Patent Office. "Patent Landscape Reports," 2022.
  5. PatentScope, WIPO. "Patent Family Data," 2023.

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