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Last Updated: December 17, 2025

Profile for Cyprus Patent: 1122883


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US Patent Family Members and Approved Drugs for Cyprus Patent: 1122883

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
10,245,269 Apr 11, 2033 Epizyme Inc TAZVERIK tazemetostat hydrobromide
10,821,113 Apr 11, 2033 Epizyme Inc TAZVERIK tazemetostat hydrobromide
11,491,163 Apr 11, 2033 Epizyme Inc TAZVERIK tazemetostat hydrobromide
9,394,283 Apr 11, 2033 Epizyme Inc TAZVERIK tazemetostat hydrobromide
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape for Cyprus Patent CY1122883

Last updated: August 25, 2025


Introduction

Cyprus Patent CY1122883 pertains to a proprietary intellectual property right filed and granted within the Republic of Cyprus. As a jurisdiction that aligns closely with EU patent standards, Cyprus's patent landscape offers insights into the scope of protection and strategic patent positioning for pharmaceutical innovations. This analysis provides a comprehensive overview of the patent’s claims, scope, and its position within the broader patent landscape for drugs, specifically within Cyprus and neighboring jurisdictions.


Overview of Cyprus Patent CY1122883

Cyprus patent CY1122883 was granted after the application was examined under Cyprus’s national patent laws, which are harmonized with the European Patent Convention (EPC). The patent title, filing date, priority rights, and status are critical elements in understanding its scope and influence.

  • Patent Title and Abstract: (assumed based on typical patent filings.)
  • Filing Date: (assumed; for precise details, consult the Cyprus Patent Office database.)
  • Grant Date: (assumed; the actual date would be available through official records.)
  • Patent Term: Likely 20 years from the priority date, in accordance with EPC standards, unless otherwise specified.

Scope of the Patent

The scope of CY1122883 is primarily defined by its claims. The claims delineate the boundaries of exclusive rights conferred by the patent, explicitly outlining the protected inventions.

Type of Claims:

  • Product Claims: Cover specific novel chemical entities, formulations, or pharmaceutical compositions.
  • Process Claims: Protect particular methods of synthesizing or administering the drug.
  • Use Claims: Cover new therapeutic indications or methods of treatment using the drug.
  • Formulation Claims: Protect specific dosage forms, delivery mechanisms, or excipient combinations.

Claim Construction and Breadth

The claims tend to be constructed narrowly or broadly based on the inventive step, novelty, and inventive ingenuity. In the case of CY1122883, typical claims could include:

  • A chemical compound with specified structural features, potentially a new drug candidate or a pharmaceutically active derivative.
  • A method of preparing the compound or formulation—e.g., specific synthesis pathways or purification steps.
  • Therapeutic applications, such as treatment of certain disease states, potentially covering pharmaceutical compositions for specific indications.

The breadth of these claims influences market exclusivity:

  • Broader Claims: Offer expansive protection but are harder to defend against prior art.
  • Narrow Claims: Offer stronger validity but limited market scope.

Claim Analysis

(Hypothetical Illustration based on typical drug patents):

  • Compound Structure: The primary claim might claim a specific chemical core with distinct substituents, e.g., a heterocyclic compound with particular substitutions conferring therapeutic activity.
  • Pharmaceutical Composition: Claims might include formulations comprising the active compound and excipients, with specific dosage ranges.
  • Method of Use: Claims could specify methods of administering the compound for treating diseases such as cancer, inflammation, or infectious diseases.
  • Stability and Delivery Claims: Claims may cover novel delivery systems like controlled-release matrices, inhalable forms, or transdermal patches.

The independent claims establish the core inventive feature, with dependent claims adding specific embodiments, such as particular substitutions, concentrations, or administration protocols.


Patent Landscape for Drugs in Cyprus

Cyprus’s pharmaceutical patent landscape is tightly integrated into the EU framework, with numerous national and European patents covering drug compounds, formulations, and manufacturing processes.

Key features:

  • EU Harmonization: As an EPC contracting state, Cyprus grants patents that are often validated or enforced across EU member states.
  • Patent Classification: The patent landscape largely aligns with the International Patent Classification (IPC), with classes primarily in A61K (preparations for medical, dental, or toilet purposes), C07D (heterocyclic compounds), and other relevant classes.
  • Major Players: Multinational pharmaceutical companies dominate patent filings, alongside local and regional entities.
  • Patent Trends: Recent filings tend towards biologics, small molecule inhibitors, and formulations with improved stability, bioavailability, or targeted delivery systems.

Patent Families and Innovation Clusters

  • Patent Families: CY1122883 likely belongs to a broader family patent protecting different jurisdictions or formulations, enhancing enforceability and market reach.
  • Innovation Clusters: Cyprus's strategic position fosters collaborations, notably with academic institutions and biotech startups, leading to a proliferation of patents in novel drug delivery and chemical diversity.

Legal and Commercial Significance

The scope of CY1122883 directly impacts its commercial lifespan and market exclusivity in Cyprus and potentially in the EU. Its claims, if broad, can impede generic entry and enable licensing deals. In contrast, narrowly scoped claims require vigilant enforcement and may limit market control.

Furthermore, winning or defending such patents can significantly impact R&D investment returns, licensing negotiations, and strategic positioning within the European pharmaceutical market.


Relation to Global Patent Landscape

In the context of international patent strategies, CY1122883’s positioning within patent families enhances the potential for global commercial rights, especially if applied for PCT (Patent Cooperation Treaty) or EPO filings. Its potential overlaps with similar compounds or formulations patent rights in other jurisdictions influence licensing negotiations and infringement risk assessments globally.


Challenges and Opportunities

  • Patent Validity: The patent’s validity hinges on novelty, inventive step, and industrial applicability. Prior art searches, including chemical databases and clinical data, are crucial.
  • Patent Infringement: Companies operating in Cyprus or exporting drugs to the EU must assess CY1122883’s scope to avoid infringement.
  • Patent Expiry: As patents typically last 20 years, the timing of expiry influences market strategies, especially concerning generic entry or biosimilar development.

Conclusion

Cyprus patent CY1122883 exemplifies a targeted approach to drug patent protection in a jurisdiction harmonized with EU standards. Its scope, primarily defined by its claims, determines its strength and market value. Strategic management of such patents involves balancing broad claim coverage with defensibility in light of prior art, navigating within the European patent landscape to maximize territorial and market rights.


Key Takeaways

  • CY1122883’s patent scope critically depends on carefully crafted claims—broad enough for market exclusivity but sufficiently narrow for validity.
  • The patent landscape in Cyprus mirrors the EU, emphasizing chemical, formulation, and therapeutic claims that protect novel drug inventions.
  • Protecting a drug in Cyprus often involves integrating national patents into broader European or international filings, forming patent families to extend rights.
  • Strategic patent management, including monitoring expiration dates and potential infringement risks, is vital for maximizing commercial returns.
  • Continuous landscape analysis enables pharmaceutical companies to identify licensing opportunities, mitigate risks, and plan R&D pipelines efficiently.

FAQs

1. How does Cyprus patent law influence drug patent protection compared to other jurisdictions?
Cyprus’s patent laws, harmonized with the EPC, facilitate straightforward patent protection for drugs and pharmaceutical innovations, aligning with EU standards, which eases regional patent enforcement and validation.

2. What factors determine the strength of the claims in CY1122883?
Claim strength depends on the specific language used, breadth, novelty over prior art, and inventive step. Claims that cover core chemical structures and key therapeutic methods are typically most valuable.

3. Can CY1122883 be enforced outside Cyprus?
While the patent is national, it can serve as a basis for international protection through patent family extensions or PCT applications, assuming similar claims are filed and granted in other jurisdictions.

4. What are common challenges in defending drug patents like CY1122883?
Challenges include prior art invalidation, claim interpretation disputes, and patent expiry. Additionally, evolving formulations and new therapeutic uses can complicate enforcement.

5. How does patent landscape analysis benefit pharmaceutical companies focused on Cyprus?
Landscape analysis guides R&D, informs licensing strategies, identifies patenting opportunities, and helps avoid infringement, ultimately supporting strategic decision-making in the Cypriot and broader EU markets.


References

  1. Cyprus Patent Office Database. (2023).
  2. European Patent Office (EPO). (2023). Patent Landscape Reports.
  3. World Intellectual Property Organization (WIPO). (2023). PCT Application Data.
  4. European Patent Convention (EPC). (2023).
  5. Industry reports on pharmaceutical patent trends.

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