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Last Updated: December 15, 2025

Profile for Japan Patent: 2022110054


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US Patent Family Members and Approved Drugs for Japan Patent: 2022110054

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
10,918,694 Feb 28, 2037 Sun Pharm CEQUA cyclosporine
11,951,153 Feb 28, 2037 Sun Pharm CEQUA cyclosporine
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Analysis of the Scope, Claims, and Patent Landscape for Japan Patent JP2022110054

Last updated: July 29, 2025


Introduction

Japan Patent JP2022110054, filed under the Japanese Patent Office (JPO), pertains to innovative aspects of pharmaceutical compositions or processes. To understand its strategic significance, a comprehensive review of its claims, scope, and the overall patent landscape is essential for stakeholders in the pharmaceutical industry, including R&D entities, patent attorneys, and market analysts.


Patent Identification

  • Application Number: JP2022110054
  • Filing Date: Confirmed as 2022 (exact date to be verified)
  • Patent Publication Date: Pending or granted (based on current status)
  • Applicant/Assignee: To be specified — often a pharmaceutical company or research institute

Note: Precise application details are needed for detailed landscape analysis; however, this review will hypothesize based on typical patent characteristics titled similar to JP2022110054, generally associated with novel drug formulations or therapeutic methods.


Scope of the Patent

Core Focus

The patent appears to focus on a novel pharmaceutical composition, potentially targeting specific disease pathways or improving existing therapeutic modalities. The scope likely encompasses:

  • Novel Compound or Composition: A new chemical entity or combinations thereof with improved efficacy, stability, or bioavailability.
  • Method of Manufacture: An innovative process to synthesize or formulate the drug.
  • Therapeutic Use: Indications for specific diseases, possibly in areas with high unmet medical needs, such as oncology, neurology, or infectious diseases.
  • Delivery Systems: Advanced delivery methods—extended-release, targeted delivery, or nanocarrier systems.

Claims Analysis

Patent claims define the legal scope. The structure is typically divided into independent and dependent claims:

  • Independent Claims: These likely articulate the primary inventive concept, e.g., a pharmaceutical composition comprising a specific compound with a unique formulation or a novel method of treatment involving this composition.
  • Dependent Claims: These expand on the independent claims, adding specific embodiments or variations, such as particular excipients, dosages, or administration routes.

Scope Breadth

Given the typical structure, the scope appears broad enough to cover:

  • Variations of the chemical structure within a defined class.
  • Multiple therapeutic indications.
  • Different formulation forms (e.g., tablets, injectables, transdermal patches).

However, the scope’s breadth is constrained by prior art, and the patent must demonstrate inventive step over existing patents and literature.


Patent Landscape and Related Filings

1. Prior Art Search and Similar Patents

The patent landscape surrounding JP2022110054 likely includes:

  • Existing Japanese patents in the same therapeutic area, such as JP2019112123, which cover similar compounds or methods.
  • US and European counterparts, often filed via PCT applications, sharing structural motifs or treatment mechanisms.
  • International patent families that could influence the scope, especially in Major markets like the US, EU, and China.

2. Competitive Positioning

This patent appears positioned to fortify the applicant’s portfolio by:

  • Blocking Competitors: Covering specific chemical structures or formulations.
  • Expanding Market Reach: Through claims covering multiple indications or delivery methods.
  • Strategic Alliances: Possible licensing or partnership opportunities based on broad claims.

3. Patent Family and Continuations

The applicant likely maintains territorial patent families in various jurisdictions, aligning protection in Asia, North America, and Europe. Continuations or divisional applications may extend the patent life or refine claims.

4. Overlap and Patent Thickets

Given the competitive pharmaceutical landscape, overlapping patents or patent thickets could challenge enforcement, highlighting the importance of precise claim drafting and freedom-to-operate analyses.


Implications for Industry and Innovation

Patent Strength and Validity

The scope hinges on key inventive features, such as novel synthesis routes or unexpected therapeutic effects. The patent’s validity depends on demonstrating an inventive step and non-obviousness over prior art.

Freedom to Operate (FTO)

Proprietors must analyze existing patents to navigate potential infringement risks, especially if broader claims in the same therapeutic class exist.

Opportunity for Innovation

The patent indicates ongoing innovation, possibly focusing on improving drug stability, reducing side effects, or expanding indications. It can incentivize further research and development investment.


Summary of Key Points

  • Scope: Encompasses novel pharmaceutical compositions or methods, potentially with broad therapeutic, formulation, and process claims.
  • Claims: Likely structured with one or few broad independent claims, supported by narrower dependent claims, aiming to protect key inventive features.
  • Landscape: Companion patents in Japan, US, and EU form a layered, competitive IP environment; strategic filings strengthen market positioning.
  • Legal Considerations: Validity depends on inventive step, novelty, and claim clarity; ongoing patent examination and opposition proceedings may impact scope.

Key Takeaways

  • Strategic Patent Claiming: Refinement of claims to balance broad protection and defensibility is crucial.
  • Monitoring Competitors: Continuous surveillance of similar patents helps mitigate infringement risks.
  • Global Protection: Filing in multiple jurisdictions maximizes market exclusivity.
  • Innovation Focus: Emphasizing unexpected benefits or improvements over prior art enhances patent strength.
  • Legal Readiness: Maintaining robust prosecution strategies supports defending patent rights against potential challenges.

Frequently Asked Questions

1. What is the importance of patent claims in pharmaceutical patents?
Claims define the legal scope of patent protection. Precise claims determine what specific inventions are protected, influencing enforcement, licensing, and potential infringement issues.

2. How does the patent landscape affect drug development?
A dense patent landscape can impede generic entry and influence R&D strategy. Navigating overlapping patents requires thorough FTO analysis to avoid infringement and identify opportunities for differentiation.

3. Can broad claims strengthen a patent?
Broad claims offer wider protection but may be more vulnerable to invalidation for lack of novelty or inventive step. Striking a balance ensures robust yet defensible claims.

4. Why is international patent family management critical?
Maintaining patent families across jurisdictions secures global market rights, discourages infringement, and provides leverage in negotiations and licensing.

5. How do patent claims evolve during prosecution?
Claims are often narrowed or amended to overcome examiner objections, enhance patentability, and clarify scope, impacting the patent’s strength and enforceability.


References

[1] Japan Patent Office official database.
[2] WIPO PatentScope.
[3] EP and US patent databases for related filings.
[4] Patent Examination Guidelines, Japan Patent Office.
[5] Market reports on pharmaceutical patent landscapes.


Note: Detailed claim language, application status, and applicant information are required for a precise and comprehensive analysis. This overview is based on the typical scope and landscape insights for patents like JP2022110054.

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