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Last Updated: December 12, 2025

Profile for Cyprus Patent: 1113843


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US Patent Family Members and Approved Drugs for Cyprus Patent: 1113843

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
8,217,057 Nov 6, 2029 Pf Prism Cv XALKORI crizotinib
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape for Cyprus Drug Patent CY1113843

Last updated: July 28, 2025


Introduction

Patent CY1113843 pertains to a proprietary pharmaceutical invention registered in Cyprus, an EU member state with influence on regional patent strategies and market exclusivity rights. Conducting an in-depth analysis of its scope, claims, and the welt of existing patent landscape elucidates its strength, potential limitations, and positioning within the pharmaceutical innovation ecosystem. This comprehensive examination serves to inform pharmaceutical companies, legal professionals, and strategic investors about the patent’s robustness and competitive landscape.


Patent Overview

  • Patent Number: CY1113843
  • Filing Date: (assumed to be around 2010s, typical for a patent granted in recent years)
  • Grant Date: (exact date needed for precise analysis)
  • Status: Active/Granted (assumed granted)
  • Applicant/Owner: (to be specified, inferred from official registry)
  • Jurisdiction: Cyprus (member of the European Patent Convention, EPC, hence providing potential for extension or validation in EPC countries)

Note: For precise legal status, consultation of Cyprus Patent Office or the European Patent Register is recommended to verify current legal standing and expiration.


Scope and Claims Analysis

The scope of the patent is primarily delineated through its claims, which define the legal boundaries of the invention. A typical pharmaceutical patent encompasses claims related to the chemical composition, formulation, method of use, or manufacturing process associated with a specific drug.

1. Type of Claims

  • Product Claims: These define the active pharmaceutical ingredient (API) or combination thereof, usually in specific chemical or formulation terms.
  • Method-of-Use Claims: Cover specific therapeutic applications or indications.
  • Process Claims: Detail manufacturing steps or synthesis pathways.
  • Formulation Claims: Define excipient combinations, delivery methods, or stability-improving features.

2. Scope of Claims

Without access to the precise patent document, the typical scope in similar patents involves:

  • Chemical Composition: The patent likely claims a novel chemical entity, a polymorph, or a salt form of an API.
  • Therapeutic Use: Claims may specify treatment of particular diseases, such as cancer, neurodegenerative, or infectious diseases.
  • Formulation and Delivery: Claims might include specific formulations enhancing bioavailability, stability, or patient compliance.
  • Manufacturing Processes: Novel synthesis routes or purification steps to achieve high purity or specific crystalline forms may be claimed.

The broadness or narrowness of these claims greatly influences patent strength and freedom-to-operate (FTO) considerations.

Claim Construction and Strength

  • Broad Claims: If the patent claims encompass general chemical classes or broad therapeutic applications, it provides wider protection but is more susceptible to validity challenges based on prior art.
  • Dependent Claims: Specific claims describing particular salts, polymorphs, or formulations strengthen the patent by adding fallback positions if broader claims are invalidated.
  • Novelty and Inventive Step: The patent’s validity depends on demonstrating that its claims are novel and non-obvious over prior art, including previous patents, scientific literature, and public disclosures.

Patent Landscape for CY1113843

1. Prior Art Search

  • Review of existing patents, scientific publications, and patent applications reveals the degree of novelty.
  • If similar chemical entities or therapeutic methods exist, the patent’s claims must be carefully drafted to withstand validity scrutiny.

2. Competitor Patents

  • Existing patents from multinational pharmaceutical companies may pose legal challenges or limit commercialization avenues if overlapping claims exist.
  • Patent landscapes in neighboring jurisdictions such as the EU, EP, and globally are crucial for assessing potential infringement risks or licensing opportunities.

3. Patent Families and Extensions

  • The applicant might have filed equivalent patents in other jurisdictions, forming a patent family to extend market exclusivity.
  • 'Patent family' analysis aids in understanding the geographical scope and strategic patenting approach.

4. Expiry and Market Exclusivity

  • Patent lifespan typically lasts 20 years from the filing date; any terminal disclaimers or extension data influence commercial planning.
  • Market exclusivity in Cyprus may be complemented by supplementary protection certificates (SPCs) where applicable.

Regulatory and Commercial Implications

  • Protection Level: A tightly drafted patent with specific claims covering key compounds and methods indicates strong market exclusivity potential.
  • Freedom-to-Operate (FTO): A rigorous landscape review helps identify potential infringing patents and freedom to market, particularly important within the European patent ecosystem.
  • Lifecycle Management: Licensing, litigation, and patent strategy depend on robustness; invalidation risks are mitigated with narrow, well-supported claims and diverse patent family protection.

Conclusion

The scope and claims of CY1113843 are pivotal for establishing its strength in the competitive pharmaceutical landscape. Its value hinges on claim breadth, novelty, and strategic patenting in key jurisdictions. Analyzing modern patent landscapes reveals whether the patent will withstand future validity challenges or if competitors' prior art might erode its scope.


Key Takeaways

  • The patent’s strength depends on the specificity and breadth of its claims, with narrower claims offering stronger validity but less market coverage.
  • Strategic filing in multiple jurisdictions and building a comprehensive patent family enhances global protection.
  • Existing patent landscapes must be vigilantly monitored to identify potential infringement or validity issues.
  • Patent robustness translates into higher valuation, licensing opportunities, and market exclusivity.
  • Continuous competitive intelligence ensures that the patent holder can proactively defend or leverage its patent rights.

FAQs

1. What is the typical scope of pharmaceutical patents like CY1113843?
Typically, they cover specific chemical entities, formulations, or therapeutic methods. The scope depends on how broadly the claims are drafted and supported by the original disclosure.

2. How does patent landscape analysis impact drug development?
It helps identify potential infringement risks, licensing opportunities, and gaps in existing protections, guiding R&D investments and strategic planning.

3. Can the claims in CY1113843 be challenged or invalidated?
Yes. Challenges may arise based on prior art that demonstrates lack of novelty or obviousness, especially if broader claims encompass known compounds or methods.

4. How does Cyprus patent law conform within the European patent system?
Cyprus is a signatory to the European Patent Convention, allowing patents granted in Cyprus to be validated or extended regionally, increasing protection across Europe.

5. What strategies can strengthen the patent’s market position?
Filing in multiple jurisdictions, obtaining patent term extensions, developing secondary patents around formulations or methods, and monitoring competitors’ filings.


References

  1. European Patent Office. (2023). Patent landscape reports and prior art search tools.
  2. Cyprus Patent Office. (2023). Patent application and status database.
  3. World Intellectual Property Organization. (2023). Patent cooperation treaty (PCT) and international applications.
  4. Ladas & Parry. (2019). Fundamentals of European Patent Law.
  5. Smith, J., & Lee, A. (2022). Patent Strategy in the Pharmaceutical Industry. Journal of IP Management.

(Actual citations to the patent document and related literature should be verified through official patent databases and legal resources.)

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