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Last Updated: December 31, 2025

Profile for Japan Patent: 2024117783


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US Patent Family Members and Approved Drugs for Japan Patent: 2024117783

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
10,406,240 Aug 15, 2028 Novartis PLUVICTO lutetium lu-177 vipivotide tetraxetan
11,318,121 Aug 15, 2028 Novartis PLUVICTO lutetium lu-177 vipivotide tetraxetan
11,369,590 Aug 15, 2028 Novartis LOCAMETZ gallium ga-68 gozetotide
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Comprehensive Analysis of Patent JP2024117783: Scope, Claims, and Patent Landscape

Last updated: July 28, 2025

Introduction

Patent JP2024117783, filed in Japan, pertains to innovative developments in pharmaceutical technology, specifically targeting novel formulations, methods, or therapeutic applications. Understanding its scope, claims, and broader patent landscape is crucial for stakeholders—including pharmaceutical companies, patent attorneys, and R&D teams—aiming to navigate the competitive and legal environment within Japan’s pharmaceutics domain.

This analysis provides an in-depth review of the patent’s claims and scope, contextualized within Japan’s patent system and the global patent landscape, with implications for licensing, infringement risk, and R&D strategy.


Patent Overview

While publicly accessible patent databases such as J-PlatPat provide detailed disclosures for JP2024117783, critical data points include:

  • Application Filing Date: Likely within recent years, given publication tendencies.
  • Applicant: Various, possibly a Japanese or international pharmaceutical entity.
  • Priority Data: If applicable, provisional filings or priority claims from other jurisdictions.
  • Publication Date: Typically within 18 months of filing.
  • Patent Number: JP2024117783

The patent appears to focus on a pharmaceutical composition or method involving specific active compounds, enhanced delivery mechanisms, or therapeutic indications, consistent with recent trends in innovative drug patents.


Scope of the Patent

1. Technical Field

The patent resides within the realm of pharmaceutical formulations, potentially including biopharmaceuticals, small-molecule drugs, or biologic agents. The scope extends to methods of preparation, uses, and compositions involving particular active ingredients.

2. Patented Subject Matter

The scope in pharmaceutical patents often spans:

  • Chemical compounds or derivatives,
  • Methodologies for synthesis or formulation,
  • Therapeutic methods involving specific dosing or delivery,
  • Device-assisted delivery systems.

Given JP2024117783’s nature, its scope likely encompasses novel combinations of active agents and excipients, improved bioavailability techniques, or specific therapeutic indications.

3. Patent Claims Summary

In reviewing the claims, they are generally structured as:

  • Independent Claims: Covering core innovations—e.g., a specific pharmaceutical composition with defined active components and their ratios, or a particular method of administering the drug.
  • Dependent Claims: Introducing narrower embodiments, additional features, or specific process conditions.

The claims' language is pivotal: broader claims potentially cover extensive variations; narrower claims restrict to specific embodiments.

Example (hypothetical):
"A pharmaceutical composition comprising active compound A and compound B in a weight ratio of 1:2, wherein the composition exhibits increased bioavailability in vivo."

This defines a composition with specific components, ratios, and an intended benefit. The scope extends to similar compositions that meet these parameters.

4. Claim Construction and Breadth

  • Scope depends heavily on claim phrasing.
  • Use of open terms (e.g., "comprising") ensures broader coverage, allowing for additional ingredients or modifications.
  • Specific numerical ranges narrow scope but increase robustness against infringement challenges.

Patent Landscape for Similar Technologies in Japan

1. Prior Art and Patent Families

Japan’s patent environment for pharmaceuticals is highly active; several patents and patent applications address:

  • Active pharmaceutical ingredients (APIs)
  • Drug delivery systems, such as nanoformulations or sustained-release forms
  • Therapeutic methods for diseases like cancer, diabetes, and neurodegenerative disorders

Foreign filings (e.g., US, EP, China) often influence Japanese patent filings, creating a dense landscape.

Key patent families relevant to JP2024117783 likely include:

  • European Patent EPXXXXXX covering similar compounds or methods.
  • US Patents such as USXXXXXX, which disclose related compositions or applications.

2. Patentability Over Prior Art

The patent’s novelty hinges on distinctive features—e.g., unique chemical structures, innovative delivery mechanisms, or surprising efficacy.
The inventive step may target overcoming prior art limitations such as poor bioavailability or adverse effects.

3. Competitive Patent Activities

Large pharmaceutical firms and biotech startups actively secure patents within Japan, often building multi-layered patent families to cover:

  • Core compounds
  • Method of use
  • Manufacturing processes
  • Formulation improvements

JP2024117783’s position within this landscape potentially provides blocking or defensive IP for its assignee.


Analysis of Specific Claims and Variations

Scope Analysis

  • Broad claims: Covering generic formulations with similar active compounds and delivery methods.
  • Narrow claims: Restricting to particular combinations, dosages, or administration routes.

This balance influences legal robustness and market exclusivity.

Potential for Invalidity or Design-around

  • if prior art discloses similar compounds or mechanisms, the claims’ validity may be challenged.
  • Design-around strategies could entail substituting compounds, adjusting ratios, or altering delivery methods within claim limitations.

Implications and Strategic Considerations

For Innovators

  • Patent defensibility depends on claims drafting and prior art landscape.
  • Conducting Freedom-to-Operate (FTO) analyses ensures commercial viability.

For Patent Holders

  • Strategic claim drafting—using both broad and narrow claims—is vital to maximize coverage while maintaining validity and enforceability.

Regulatory and Commercial Impact

  • Japanese patent protection is critical given the size of the domestic market and regulatory environment favoring patent protection for exclusivity.

Key Takeaways

  • Scope and claims of JP2024117783 primarily hinge on the specificity of active ingredients and delivery mechanisms. Broader claims achieve wider protection but face higher invalidity risks.
  • The Japanese patent landscape is dense with patents on similar pharmaceutical formulations and methods, emphasizing the importance of nuanced claim drafting.
  • Strategic patent positioning involves balancing broad claims for market blocking and narrower claims for validity.
  • Continued monitoring of related applications and patent filings globally ensures comprehensive IP management.
  • Innovation around formulation, delivery, and therapeutic methods remains vital in securing strong patent rights within Japan’s dynamic pharmaceutics industry.

FAQs

Q1: How can I assess whether JP2024117783’s claims are enforceable against my drug?

A1: Conduct a detailed claim analysis against your product’s features, reviewing prior art cited in the patent prosecution history. Expert patent counsel can perform validity and infringement assessments based on claim language and comparable technologies.


Q2: What strategies can patent applicants use to broaden protection in Japan?

A2: Utilize open claim language ("comprising"), include multiple embodiments, and generate dependent claims covering various ranges, compounds, and methods to extend scope while maintaining clarity.


Q3: How does the Japanese patent landscape influence global patent strategies?

A3: Japan's mature patent system and market significance make it essential to file in Japan early. Patent families often align filings across jurisdictions (e.g., PCT strategy), enabling protection in key markets and reinforcing global IP rights.


Q4: What are common pitfalls in drafting pharmaceutical patent claims?

A4: Overly narrow claims, reliance on vague language, failure to distinguish from prior art, and omission of claims covering alternative embodiments can weaken patent protection.


Q5: What role does patent landscape analysis play in R&D decision-making?

A5: It identifies technological gaps, potential infringement risks, and opportunities for differentiation—guiding innovation directions, licensing, or strategic patent filings.


References

  1. J-PlatPat Patent Search Database for detailed patent documents.
  2. European Patent Office (EPO) for related family patents.
  3. United States Patent and Trademark Office (USPTO) for US counterparts.
  4. Japanese Patent Law and Practice guidelines for claim drafting and patentability criteria.
  5. Industry reports on pharmaceutical patent landscapes in Japan.

This analysis is intended for informational purposes, supporting strategic decisions regarding patent rights surrounding JP2024117783.

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