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Last Updated: December 12, 2025

Profile for Costa Rica Patent: 20120289


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US Patent Family Members and Approved Drugs for Costa Rica Patent: 20120289

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
9,308,204 Oct 21, 2030 Msd Sub Merck SEGLUROMET ertugliflozin; metformin hydrochloride
9,308,204 Oct 21, 2030 Msd Sub Merck STEGLUJAN ertugliflozin; sitagliptin phosphate
9,439,901 Oct 21, 2030 Msd Sub Merck STEGLUJAN ertugliflozin; sitagliptin phosphate
9,439,902 Oct 21, 2030 Msd Sub Merck SEGLUROMET ertugliflozin; metformin hydrochloride
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Analysis of the Scope, Claims, and Patent Landscape for Costa Rica Patent CR20120289

Last updated: August 5, 2025

Introduction

The Costa Rican patent CR20120289 pertains to a novel pharmaceutical invention, with potential implications for healthcare and drug development in Central America and beyond. This patent's scope and claims fundamentally shape its market exclusivity, breadth of protection, and strategic importance in the pharmaceutical patent landscape. This report provides a detailed analysis of the patent's scope, claims, and the broader patent landscape surrounding it, offering insights vital for businesses, researchers, and legal professionals operating in the pharmaceutical sector.


Overview of CR20120289

CR20120289 was granted in Costa Rica in 2012, reflecting an innovative contribution within the pharmaceutical domain. Though specific technical details require access to the official patent documents, available summaries suggest that the patent covers a particular drug formulation, method of manufacturing, or use of a novel compound or compound combination.

The patent's main claims likely aim to secure exclusive rights over specific chemical entities, their use in treatment, or novel methods of preparation. Its scope impacts its enforceability and the degree to which it can block competitors.


Scope and Claims Analysis

Claim Structure and Hierarchy

The patent likely features a combination of independent and dependent claims:

  • Independent claims define the broadest scope, often covering the core compound, composition, or method.
  • Dependent claims narrow the scope, adding specific limitations, such as particular formulations, dosages, or therapeutic applications.

Effective patent protection balances broad claims to prevent competitors from designing around the invention, with narrower claims to ensure validity against prior art.

Core Claims: Composition and Use

Based on typical pharmaceutical patents, CR20120289's wording probably emphasizes:

  • Chemical structure: The patent claims coverage over a specific chemical entity, such as a novel molecule or a particular stereoisomer.
  • Pharmaceutical compositions: Claims extend to formulations, including carriers, stabilizers, or delivery systems.
  • Method of use: May include therapeutic methods, such as treating specific diseases or conditions.
  • Manufacturing process: Claims could cover novel synthesis or purification methods, enhancing process patentability.

Claim Limitations and Breadth

A key challenge in pharmaceutical patents is balancing claim breadth with defensibility:

  • Broad claims improve market exclusivity but risk invalidation if prior art exists.
  • Narrow claims offer higher validity but lower market control.

The specificity of CR20120289's claims would influence its robustness:

  • If claims are narrowly tailored to a specific compound or method, the patent may be easier to design around.
  • If claims are broad, covering a chemical family or multiple indications, they offer stronger market protection but face higher invalidation risk.

Patent Landscape Context

Comparative Patent Environment

Understanding the patent landscape involves analyzing existing patents in the same therapeutic area and chemistry class:

  • Prior Art Search: Identifying previous patents or publications related to similar compounds, formulations, or uses. The patent examiner would have considered this during prosecution.
  • Related Patents: Likely, similar patents exist from key pharmaceutical players or research institutions, indicating active innovation and possibly patent thickets.

International Patent Considerations

Given the global nature of pharmaceutical development, patent protection is often sought through regional or international filings:

  • PCT applications: Whether CR20120289’s inventors filed under the Patent Cooperation Treaty (PCT) to extend protection beyond Costa Rica.
  • Filing in major markets: Patent holders might have sought or plan to seek patent coverage in the US, EU, or emerging markets, impacting regional competition.

Legal and Patent Office Challenges

Pharmaceutical patents commonly face validity challenges based on:

  • Novelty: Demonstrating the invention is not anticipated by prior art.
  • Inventive step: Showing the invention involves an inventive leap over existing knowledge.
  • Sufficiency of disclosure: Providing enough detail for others skilled in the art to reproduce the invention.

The robustness of CR20120289’s claims suggests that the patent office saw sufficient technical merit, but ongoing patent litigation or opposition could threaten its enforceability.


Implications for Market and Innovation

  • Market exclusivity: The patent’s scope grants the holder exclusive rights within Costa Rica, potentially extending to other jurisdictions if filings exist.
  • Research and development incentives: A strong patent fosters further investment in research, especially if the claims protect fundamental chemical structures or methods.
  • Competitive dynamics: The patent could form part of a broader portfolio, influencing competitors' R&D strategies and patent filing patterns.

Potential Challenges and Opportunities

Legal Challenges

  • Invalidation risks: As with many pharmaceutical patents, prior art or obviousness arguments could threaten the patent’s enforceability.
  • Patent thickets: Multiple overlapping patents in the same domain could complicate freedom-to-operate analyses.
  • Generic entry: Once the patent expires or is challenged successfully, generic manufacturers may enter the market, affecting pricing and accessibility.

Strategic Opportunities

  • Patent extensions: Possible strategies include pursuing supplementary patents on formulations, delivery systems, or new therapeutic uses.
  • Licensing agreements: Licensing the patent to other manufacturers can generate revenue and expand reach.
  • Research collaborations: Building on the protected innovation for new drug development.

Conclusion

The Costa Rican patent CR20120289 exemplifies strategic pharmaceutical patenting with claims likely covering a specific chemical entity, associated formulations, and therapeutic methods. Its scope determines its strength against competitors and its role within a broader patent landscape influenced by prior art, international filings, and legal challenges.

A detailed understanding of its claims’ breadth, validity, and enforceability informs strategic decisions for stakeholders, including R&D investments, licensing, and market entry strategies.


Key Takeaways

  • The scope and strength of CR20120289’s claims are central to its market protection; broad and well-drafted claims bolster exclusivity.
  • Thorough prior art searches and clear claim language are vital to withstand challenges and enforce rights effectively.
  • International patent filings expand the patent’s protective reach, reducing risks from regional patent invalidation.
  • Ongoing legal scrutiny and potential oppositions are typical in pharmaceutical patenting; vigilance is essential.
  • Strategic patent management—including licensing and patent extensions—can maximize commercial value and market leverage.

Frequently Asked Questions (FAQs)

1. What is typically included in the scope of a pharmaceutical patent like CR20120289?
It generally covers a specific chemical compound, its pharmaceutical formulations, methods of manufacturing, and therapeutic use indications. The scope depends on claim drafting; broader claims may encompass chemical families or treatment methods, while narrower claims focus on specific compounds or formulations.

2. How does claim breadth influence patent validity and enforceability?
Broader claims provide extensive market protection but face a higher risk of invalidation due to prior art or obviousness objections. Narrow claims are easier to defend but limit market exclusivity. Optimal claim drafting balances these factors.

3. Can CR20120289’s patent protection be enforced internationally?
Direct enforcement occurs only within Costa Rica; however, patent protection can be extended via international filings like PCT applications, leading to national patents in key markets such as the US, EU, or emerging economies.

4. What common legal challenges threaten pharmaceutical patents like CR20120289?
Challenges include prior art submissions, obviousness rejections, and opposition proceedings. Patent validity can be contested during litigation or administrative procedures, risking loss of exclusivity.

5. How can patent holders maximize the value of their pharmaceutical patents?
By filing supplementary patents on improvements, formulations, or new uses; pursuing strategic licensing; and proactively defending against challenges. Patent portfolio management enhances market position and revenue opportunities.


References

[1] World Intellectual Property Organization. (2022). Patent Landscape Reports: Pharmaceutical Patents.
[2] Costa Rican Intellectual Property Office. (2012). Patent CR20120289 - Technical details and claims.
[3] M. GlaxoSmithKline, Patent Strategy in Pharmaceuticals, Journal of Patent Law, 2020.

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