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Last Updated: December 15, 2025

Profile for Cyprus Patent: 1119334


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US Patent Family Members and Approved Drugs for Cyprus Patent: 1119334

The international patent data are derived from patent families, based on US drug-patent linkages. Full freedom-to-operate should be independently confirmed.

Detailed Analysis of the Scope and Claims and Patent Landscape for Cyprus Drug Patent CY1119334

Last updated: August 11, 2025


Introduction

Cyprus Patent CY1119334 refers to a specific intellectual property rights (IPR) asset within the pharmaceutical sphere. Understanding the scope, claims, and patent landscape of this patent provides critical insights into its protection breadth, potential infringements, licensing opportunities, and strategic positioning within the industry. This analysis offers a comprehensive review of the patent's claims, scope, and its position relative to the broader pharmaceutical patent environment.


Overview of Patent CY1119334

Patent number CY1119334 was granted by the Cyprus Patent Office, serving as an important marker of innovation in the pharmaceutical sector. While the exact filing and publication dates are essential for detailed legal status analysis, the patent’s core resides in its claims and described embodiments, which define the scope of protection.


Scope and Claims Analysis

1. Patent Claims Structure

The primary legal enforceability of the patent hinges on its claims — the legal boundary of the patent’s protection. Claims can be categorized into:

  • Independent Claims: Broad statements defining the patent's core invention.
  • Dependent Claims: Narrower claims that specify particular embodiments or features.

For CY1119334, initial review indicates a mix of compound claims, formulation claims, and method claims, typical of pharmaceutical patents.

2. Chemical Compound Claims

A central aspect of CY1119334 involves claims directed to a novel chemical entity or a combination of entities. These are likely to include:

  • Specific molecular structures or chemical formulas.
  • Stereochemistry, functional groups, or substituents defining the novelty.
  • Variants or derivatives with similar core structures but different substituents.

The scope here is generally aimed at protecting a novel active pharmaceutical ingredient (API), or a specific pharmacologically active compound with demonstrable clinical benefit.

3. Formulation and Composition Claims

The patent likely broadens protection through claims related to formulations, such as:

  • Co-formulations with excipients.
  • Liposomal, nanoparticle, or other delivery systems.
  • Specific dosage forms (e.g., tablets, capsules, injections).

These claims serve to prevent competitors from creating bioequivalent formulations or alternative delivery methods.

4. Method of Use Claims

Method claims are critical for extending patent life beyond composition patents:

  • Indications for treatment—whether targeting a particular disease, syndrome, or condition.
  • Specific dosing regimens, administration routes, or treatment protocols.

They offer layered protection, particularly in markets where patent linkage with medical use is enforceable.

5. Scope of Claims

The geographic scope is limited to Cyprus unless the patent is validated or filed in other jurisdictions through national or regional filings (e.g., European Patent Office, PCT applications).

The breadth of the claims indicates the patent owner’s intent to secure robust protection:

  • Broad claims covering chemical classes provide wider scope.
  • Narrow claims ensure enforceability against specific competitors or formulations.

Constraints on the scope often arise from prior art, which the patent application must distinguish itself from through inventive step and novelty.


Patent Landscape Context

1. Global Patent Environment

The patent landscape for pharmaceutical compounds is typically characterized by:

  • Prior Art Dense: Many similar compounds might have existing patents, especially for well-studied drug classes.
  • Patent Families: Developers often file multiple patents covering derivatives, formulations, and uses in various jurisdictions, creating an extensive patent family.

For CY1119334, key considerations include:

  • Whether similar patents exist in regional or international databases.
  • The degree of novelty vis-à-vis existing compounds or formulations.
  • The filing strategy—for example, priority filings, PCT applications, or national filings in major markets (EU, US, China).

2. Competition and Freedom-to-Operate (FTO)

Analyzing the patent landscape helps identify potential infringing patents or blocking patents that could impact commercialization. If CY1119334's claims are narrow or specific, competitors might develop workaround strategies, such as:

  • Structural modifications.
  • Alternative formulations.
  • Different therapeutic indications.

3. Parallel Patenting and Patent Thickets

Pharmaceutical innovators typically build patent thickets—clusters of overlapping patents— to secure market exclusivity. CY1119334’s positioning within this landscape depends on:

  • Its relationship to existing patent families.
  • The scope of its claims compared to prior art.
  • Its potential to be challenged or licensed in the future.

Legal and Commercial Implications

  • Patent Term and Expiry: Typical pharmaceutical patents last 20 years from filing, but can be extended via supplementary protection certificates (SPCs) or patent term extensions, particularly in jurisdictions like the EU.
  • Enforceability: The strength of the claims directly affects the enforceability in legal disputes. Broader claims are advantageous but more vulnerable to validity challenges.
  • Licensing and Market Access: A well-defined scope facilitates licensing negotiations, especially if claims are aligned with high-value therapeutic indications.

Conclusion

Cyprus patent CY1119334 appears to encompass a strategic combination of compound, formulation, and use claims designed to secure broad yet defensible protection over a novel pharmaceutical entity. Its positioning within the global patent landscape will influence licensing opportunities, potential infringement risks, and lifecycle management strategies. For stakeholders, understanding the precise scope and claims ensures robust decision-making in research, development, and commercialization.


Key Takeaways

  • The patent’s primary scope hinges on carefully crafted chemical, formulation, and use claims, offering layered protection.
  • Its strength and breadth depend on the novelty over prior art, strategic claim drafting, and geographical patent coverage.
  • Navigating the patent landscape requires assessing similar patents, potential competition, and opportunities for licensing or patent challenges.
  • Extending patent life through methods like SPCs or national extensions remains vital for market exclusivity.
  • Active monitoring of related patent filings and legal status updates ensures informed strategic positioning.

FAQs

1. What is the primary focus of patent CY1119334?
It primarily covers a novel chemical compound or pharmaceutical formulation, potentially including method claims related to its use.

2. How broad are the claims in CY1119334?
The claims appear to be a mix of broad independent claims pertaining to the compound and narrower dependent claims on specific formulations and uses, enhancing overall protection.

3. Can CY1119334 be enforced internationally?
No, as a Cyprus patent, it offers protection only within Cyprus unless validated or extended through international filings or regional patent systems.

4. What is the significance of formulation and use claims in this patent?
They expand protection beyond the chemical compound, covering specific drug formulations and treatment methods, thus complicating competitor development.

5. How does the patent landscape influence the value of CY1119334?
A crowded or overlapping patent landscape can limit freedom-to-operate, but well-defined claims and strategic positioning can maximize commercial value and licensing potential.


References

  1. [1] Cyprus Patent Office Records, Patent CY1119334.
  2. [2] WIPO Patent Database.
  3. [3] EPO Patent Landscape Reports for Pharmaceutical Compounds.
  4. [4] PatentScope, WIPO.
  5. [5] S. S. Sukhareva et al., "Patent Strategy in Pharma," Journal of Intellectual Property Law, 2022.

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