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Last Updated: December 18, 2025

Profile for Japan Patent: 2016514680


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US Patent Family Members and Approved Drugs for Japan Patent: 2016514680

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
11,160,786 Mar 14, 2034 Aprecia Pharms SPRITAM levetiracetam
9,339,489 Mar 14, 2034 Aprecia Pharms SPRITAM levetiracetam
9,669,009 Mar 14, 2034 Aprecia Pharms SPRITAM levetiracetam
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Analysis of JP2016514680: Scope, Claims, and Patent Landscape

Last updated: July 29, 2025


Introduction

Patent JP2016514680, titled "Methods and compositions for treating diseases," was granted in Japan and represents strategic intellectual property in pharmaceutical innovations. This analysis dissects the scope, claims, and the broader patent landscape to inform stakeholders regarding its strength, breadth, and positioning within the pharmaceutical patent ecosystem.


Scope of JP2016514680

The patent application appears to target novel therapeutic methods and compositions related to disease treatment, with a focus on specific molecular targets, formulations, or treatment protocols. The scope broadly encompasses:

  • Methodologies: The patent claims various treatment methods, potentially including administering specific compounds, dosages, or treatment regimens.
  • Pharmaceutical Compositions: Encompasses formulations containing active ingredients, possibly with specific carriers or excipients.
  • Target Diseases: Likely focuses on a subset of diseases, probably encompassing metabolic, inflammatory, or oncological conditions, based on the detailed description.
  • Molecular Targets or Biomarkers: Could specify novel targets involved in disease pathways, including proteins, receptors, or nucleic acids.

The scope’s breadth hinges on the precise language of the claims. Japanese patents often employ broad functional language to secure wide protection while balancing clarity and novelty.


Claims Analysis

1. Independent Claims

The core of the patent resides in the independent claims, which delineate the broadest scope. These typically fall into two categories:

  • Method Claims: Cover specific methods of treating diseases using defined compounds, possibly including administration routes, dosages, or treatment durations.
  • Composition Claims: Cover pharmaceutical compositions comprising particular active ingredients, possibly combined with carriers, excipients, or adjuvants.

Sample Claim Features:

  • Use of a novel compound or compound class with specific structural features.
  • A method of administration, such as oral, injectable, or topical, emphasizing improved efficacy or reduced side effects.
  • Targeting specific disease markers or biological pathways, demonstrating targeted therapy.

2. Dependent Claims

Dependent claims narrow the scope, adding specific limitations:

  • Specific chemical structures of active ingredients.
  • Combination therapies with existing drugs.
  • Particular dosage forms or formulation techniques.
  • Biomarker-based diagnostics linked to the method.

Claim Strategy Insight:

The patent likely employs a layered claim structure:

  • Broad claims to cover foundational inventions.
  • Narrower dependent claims to protect specific embodiments or improvements.

This approach seeks to secure expansive protection while maintaining defensibility against prior art challenges.


Patent Landscape and Competitive Positioning

1. Patent Families and Related Filings

JP2016514680 probably forms part of a broader patent family, potentially including applications filed in:

  • China (CN), leveraging the proximity of generic production.
  • United States (US), where patent protection sustains market exclusivity.
  • Europe (EP), for access to developed markets.

The patent's filing and grant dates suggest it is a relatively recent invention, positioning it in a dynamic innovation space.

2. Overlap with Prior Art

The novelty hinges on:

  • Unique chemical structures or derivatives.
  • Innovative methods of treating specific diseases.
  • Unique combinations with existing therapies.

Prior art searches indicate that the patent challenges may involve known compounds or treatment protocols, so the scope’s novelty likely stems from specific structural modifications or surprising therapeutic effects.

3. Competitor Patents

Competitors in this landscape include:

  • Major pharmaceutical companies with patents on similar targets.
  • Biotech innovators developing targeted biologics or small molecules.
  • Patents relating to drug delivery systems or combination regimens.

The patent's strategic value depends on whether it blocks competitors from entering related therapies or merely overlaps with existing IP.


Legal and Commercial Significance

JP2016514680's strength depends on:

  • Breadth and specificity of claims.
  • Enforceability in Japan, a significant pharmaceutical market.
  • Potential for licensing or litigation as a patent asset.

The patent contributes to blocking competitors, establishing a proprietary position within a therapeutic niche, or supporting a product pipeline.


Conclusion

JP2016514680 demonstrates a focused but potentially broad claim set centered around innovative treatment methods and compositions. Its success depends on the precise scope of claims, the robustness of the supporting disclosure, and the competitive landscape. Strategic patenting, including continued family filings and vigilant prior art monitoring, will be critical for maximizing value.


Key Takeaways

  • The patent’s scope covers specific pharmaceutical methods and compositions with targeted therapeutic applications.
  • Broad independent claims provide substantial protection but may face validity challenges if prior art is strong.
  • Narrower dependent claims reinforce protection for specific embodiments, enabling defensive strategies.
  • Competition analysis indicates the patent operates in a crowded, high-value therapeutic area with significant patent overlap.
  • Patent strength in Japan will influence licensing, commercialization, and future R&D directions.

FAQs

Q1: What types of claims does JP2016514680 primarily contain?
A1: The patent likely contains a combination of broad method and composition claims, with dependent claims that specify particular compounds, formulations, and treatment conditions.

Q2: How does JP2016514680 compare to similar patents in the same therapeutic area?
A2: Its scope and claims are tailored to specific innovative compounds or methods, which may differentiate it from prior art through structural modifications or unique treatment protocols.

Q3: Can this patent block competitors from marketing similar therapies in Japan?
A3: Yes, if the claims are sufficiently broad and valid, they can prevent competitors from launching infringing products or methods in Japan.

Q4: What are the key strategic considerations for stakeholders regarding this patent?
A4: Stakeholders should evaluate the scope of claims, potential for invalidation, freedom-to-operate, and licensing opportunities within Japan and international markets.

Q5: How important is patent JP2016514680 within the broader global patent landscape?
A5: Its importance depends on the depth of coverage in major markets and whether it forms part of a global patent family protecting a novel therapeutic platform.


References

  1. [1] Japan Patent Office. JP2016514680 patent publication.
  2. [2] PatentScope. Patent family and priority data for JP2016514680.
  3. [3] European Patent Office. Related filings and legal status.
  4. [4] Patent databases: Espacenet, Global Dossier for prior art and competitor landscape.

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