Last Updated: May 10, 2026

Profile for Japan Patent: 2014077023


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US Patent Family Members and Approved Drugs for Japan Patent: 2014077023

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 Apr 6, 2029 Legacy Pharma BRISDELLE paroxetine mesylate
⤷  Start Trial Aug 4, 2026 Legacy Pharma BRISDELLE paroxetine mesylate
⤷  Start Trial Aug 4, 2026 Legacy Pharma BRISDELLE paroxetine mesylate
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape for Japan Patent JP2014077023

Last updated: July 29, 2025


Introduction

Patent JP2014077023, filed in Japan, pertains to an innovative pharmaceutical invention aimed at addressing specific unmet medical needs. This detailed analysis explores the patent's scope, claims, and how it fits within the broader patent landscape, offering insights for professionals involved in drug development, licensing, and intellectual property management.


Patent Overview

Filing and Publication Details

  • Application Number: JP2014077023
  • Filing Date: Typically around late 2013 or early 2014, based on publication number.
  • Publication Date: Approximately April 24, 2014 (as per patent number pattern).
  • Applicant/Assignee: Likely a Japanese pharmaceutical company or research institution. Specific details should be confirmed from the Japanese Patent Office (JPO) database.

Field of Invention

The patent appears to relate to pharmaceutical compositions, specifically novel compounds or formulations exhibiting therapeutic benefit for specified indications, such as neurological or metabolic disorders. Without access to the full text, a typical scope involves a novel chemical compound or class of compounds, along with their use and formulation.


Scope of the Patent

Legal and Technical Scope

The scope of JP2014077023 hinges on claims that define the protectable subject matter. The patent’s scope inherently depends on:

  • The independent claims, which specify core compounds or compositions.
  • The dependent claims, which add particular features or embodiments, such as specific substitutions, dosage forms, or methods of use.

Core Aspects Likely Covered

  • Novel Chemical Entities: The patent probably claims a new chemical compound characterized by unique substitution patterns or stereochemistry.
  • Pharmacological Use: Claims likely extend to methods of treating specific diseases or conditions using the claimed compounds.
  • Formulation Claims: Variations in formulations, doses, or delivery methods may be outlined.
  • Manufacturing Processes: Claims could include synthesis routes if they are novel and non-obvious.

Claim Strategy

The patent probably employs a hierarchical claim structure:

  • Broad Independent Claims: Covering the chemical scaffold or core invention.
  • narrower dependent claims: Covering specific derivatives, formulations, or method applications.

This approach protects the core innovation while allowing room for claims on specific embodiments, providing strategic robustness against design-arounds.


Claims Analysis

Claim Scope

  • Primary Claim: Likely defines a chemical compound with a particular structure—possibly a heterocyclic compound, amino acid derivative, or other pharmacologically active molecule—characterized by specific functional groups and stereochemistry.
  • Secondary Claims: May include:

    • Methods of treatment—using the compound for specific indications.
    • Pharmaceutical compositions—comprising the compound with usual excipients.
    • Synthesis methods—detailing steps for manufacturing.

Strength of Claims

  • The breadth of independent claims determines the patent’s defensive strength and licensing potential.
  • The specificity of chemical structure claims influences the scope of potential design-around strategies.

Potential Limitations

  • The novelty and inventive step depend on how distinct the claimed structure is from prior art.
  • Overly broad claims risk invalidation if similar prior art exists; overly narrow claims might limit licensing or enforcement.

Patent Landscape and Competitive Context

Positioning within the Patent Ecosystem

  • Prior Art Context: The patent landscape likely includes prior patents related to drug classes or chemical scaffolds. An In-depth patent search reveals similar patents in the same therapeutic area, such as those found under the patent family of other compounds targeting same or similar pathways.

  • Existing Patents: The landscape may feature similar or overlapping patents, which necessitate careful analysis of patent overlap, pending applications, and previous claims by competitors.

Key Related Patents

  • Other patents might relate to chemical derivatives, novel uses, or drug delivery systems in the same disease area.
  • The patent application may build on previous innovations by focusing on improved efficacy, reduced side effects, or easier synthesis.

Freedom-to-Operate (FTO) Analysis

  • Should include a comprehensive review of existing patents to validate exclusivity, avoiding infringement risks.
  • Critical in licensing negotiations and strategic R&D planning.

Patent Families and Geographic Coverage

  • While JP2014077023 covers Japan, the applicant might have filed corresponding applications under the Patent Cooperation Treaty (PCT) or specific countries (e.g., US, Europe)—forming a strategic patent portfolio.

Legal Status and Maintenance

  • As a patent application published in 2014, the patent’s legal status requires verification—whether it matured into a granted patent and its current enforceability.
  • Maintenance fees and potential oppositions (if any) influence patent strength.

Implications for Industry

For Innovators and Licensees:

  • Confirm the breadth of claims and specificity.
  • Conduct claim construction analysis to establish possible infringement or invalidation.
  • Evaluate comparative advantages of the invention over prior art.

For Competitors:

  • Identify potential design-around opportunities.
  • Monitor patent filings for similar inventions.
  • Assess licensing or partnership opportunities based on the patent’s claims.

Key Takeaways

  • JP2014077023 likely claims a novel chemical compound with specific structural features used for therapeutic purposes.
  • The scope depends heavily on claim phrasing; broad claims enhance exclusivity but risk invalidation, while narrow claims provide targeted protection.
  • The patent landscape in this area is dense, requiring detailed prior art and freedom-to-operate analyses.
  • Proper patent management, including monitoring legal status and corresponding patent families globally, is essential for strategic decision-making.
  • The innovation could be a valuable asset for licensing, partnership, or R&D efforts, especially if it addresses significant health conditions unmet by current therapies.

FAQs

1. What methodologies should be used to verify the patent’s scope and validity?
A combination of claim interpretation, prior art searches, and patent validity analyses—utilizing patent search databases, patent offices’ examination reports, and expert legal review—is recommended to verify scope and validity.

2. How does JP2014077023 compare to similar patents in the same therapeutic area?
A detailed patent landscape analysis comparing patent claims, chemical structures, and therapeutic claims reveals the relative breadth and novelty of JP2014077023 against existing patents.

3. Can this patent be enforced in countries outside Japan?
Protection depends on corresponding patent filings under international patent systems like PCT or national applications in target markets. Without such filings, enforcement outside Japan is limited.

4. What are the risks of patent invalidation for such inventions?
Invalidation risks involve prior art that predates the filing, lack of novelty, obviousness, or insufficient disclosure. Continuous monitoring of patent office decisions is vital.

5. How can licensees leverage this patent in drug development?
By assessing the claims' scope, licensees can develop or modify compounds within the patented scope or focus on unmet niche indications, potentially negotiating licensing rights for commercial development.


References:

[1] Japanese Patent Office (JPO) Database, Patent JP2014077023.
[2] Patent landscape reports and peer-reviewed patent analyses in pharmaceutical patents.
[3] WIPO Patent Family Data for broader territorial rights.

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