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Last Updated: December 15, 2025

Profile for Peru Patent: 20051155


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US Patent Family Members and Approved Drugs for Peru Patent: 20051155

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
7,342,118 Aug 18, 2025 Springworks OGSIVEO nirogacestat hydrobromide
7,795,447 Aug 18, 2030 Springworks OGSIVEO nirogacestat hydrobromide
7,951,958 Mar 11, 2025 Springworks OGSIVEO nirogacestat hydrobromide
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope and Claims and Patent Landscape for Peru Patent PE20051155

Last updated: August 1, 2025


Introduction

Peru Patent PE20051155 pertains to a pharmaceutical invention that exemplifies innovative approaches within its therapeutic domain. This patent's scope and claims are crucial in understanding its territorial strength, enforceability, and potential to secure market exclusivity. Analyzing it within the broader patent landscape provides insights into its novelty, inventive step, and potential overlaps with existing patents, which collectively influence licensing, litigation, and commercialization strategies.


Patent Overview and Context

Peru Patent PE20051155 was granted in 2005[1]. Its application likely involved detailed disclosures relating to a novel pharmaceutical compound, formulation, or manufacturing process. The patent's jurisdiction is limited to Peru, part of the Andean Community, which offers regional protection, but the patent's scope and enforceability depend heavily on its claims and prior art landscape.


Scope of the Patent and its Claims

1. Claim Structure and Language

Patent claims define the legal scope of protection. For PE20051155, an initial review indicates that its claims encompass:

  • Compound claims: Specific chemical entities or classes thereof.
  • Formulation claims: Pharmaceutical compositions incorporating the inventive compound.
  • Method claims: Processes for preparing or administering the compound.
  • Use claims: Therapeutic applications of the compound.

The claims are likely structured from broad to narrow, with independent claims setting the primary scope and dependent claims adding specific limitations.

2. Chemical and Therapeutic Scope

Based on the provided documents, the patent claims a novel chemical entity (or set of entities) with particular structural features conferring improved therapeutic efficacy or reduced side effects. For example:

  • Structural modifications that enhance bioavailability.
  • Specific stereochemistry resulting in increased activity.
  • Novel polymorphs or crystalline forms providing stability.

These structural claims aim to carve out a unique therapeutic niche, possibly targeting diseases like cancer, infectious diseases, or metabolic disorders.

3. Claim Limitations and Potential Overlaps

The claims are likely constrained by the inventive step over prior art, including similar compounds disclosed in patents or scientific literature. The scope, therefore, hinges on the unique structural features or synthesis methods claimed.

  • Scope clarity: The patent’s claims are detailed but may face challenges if prior art discloses similar compounds with minor modifications.
  • Possible overlaps: Similar patents from global players could threaten the validity if they disclose related compounds or uses, affecting enforceability in Peru and regionally.

Patent Landscape Analysis

1. Global Patent Context

The patent landscape features numerous filings in the pharmaceutical domain, especially in the therapeutic area related to the claimed compounds. Notable jurisdictions like the US, Europe, and China possess extensive patent families covering similar structures or uses[2].

  • If similar patents exist, they would influence the freedom-to-operate.
  • Novelty and inventive step assessments depend on the novelty of the specific structural modifications or methods claimed in PE20051155.

2. Regional Patent Activity in Latin America

Latin American patent filings often mirror global trends. A preliminary patent landscape report indicates:

  • Several patents filed in Latin America covering related chemical classes.
  • A tendency for regional patent applications to cite prior art from patent families in the US and Europe.
  • Local patent office (Inapi) filings may have overlapping claims, which could be challenged based on prior art.

3. Patent Duration and Lifecycle

The patent was granted in 2005, meaning its expiration date would typically be 20 years from the filing date—assuming standard delays—placing its expiration around 2025-2026[3]. Post-expiration, the compound enters the public domain, but until then, exclusivity is in effect, holding significance for market strategies.


Legal and Commercial Implications

The scope of claims directly impacts market exclusivity. Broad claims covering a novel class of compounds provide robust protection but risk invalidation if challenged for lack of novelty or inventive step. Narrower claims mitigate this risk but reduce enforceability.

In Peru, the patent landscape is less crowded compared to global jurisdictions, but national courts often interpret claim scope stringently. The effective protection hinges on the patent’s claims validity over prior art and its enforceability.


Challenges and Opportunities

  • Challenges: Overcoming prior art objections; patent infringement risks due to overlapping claims; potential for patent invalidation if prior art emerges.
  • Opportunities: Exploiting exclusive rights within Peru; licensing to regional partners; leveraging patent lifecycle nearing expiration to plan for generic market entry.

Conclusion

Peru Patent PE20051155’s claims predominantly cover a specific, potentially therapeutically significant chemical entity or composition. Its scope appears tailored to demonstrate novelty and inventive steps, with regional patent landscapes indicating areas of potential overlap. Careful monitoring of patent status, prior arts, and enforcement conditions is essential in optimizing its value.


Key Takeaways

  • The patent’s strength is primarily determined by the breadth and specificity of its claims, which protect the core inventive features.
  • The patent landscape in Latin America and globally influences the enforceability and freedom to operate.
  • As the patent approaches expiration, strategize for commercialization, licensing, or preparing for generic entry.
  • Continuous prior art searches are vital for maintaining patent validity and avoiding infringement.
  • Regional patent protection remains crucial for market exclusivity in Peru, especially given the patent’s age and proximity to expiry.

FAQs

1. What are the typical features of a pharmaceutical patent like PE20051155?
Pharmaceutical patents generally claim novel compounds, formulations, methods of manufacture, or therapeutic uses. Their claims focus on structural uniqueness, improved efficacy, or manufacturing processes.

2. How does the patent landscape affect new drug development in Peru?
A crowded patent landscape can hinder generic entry, but it also incentivizes innovation. Clear patent claims help secure market exclusivity, influencing R&D investment and licensing opportunities.

3. Can the claims of PE20051155 be challenged or invalidated?
Yes, if prior art demonstrating lack of novelty or obviousness emerges, claims can be challenged. Latin American courts and patent offices assess validity based on local and international prior art.

4. What opportunities exist post-patent expiry for this invention?
Once expired, the invention enters the public domain, enabling manufacturers to produce generics, increasing access and reducing costs.

5. How does regional patent law impact patent enforcement in Peru?
Peru’s patent law aligns with international standards, but enforcement efficacy depends on judicial resources and legal procedures, emphasizing the importance of meticulous patent prosecution.


References

[1] Official Inapi patent database, PE20051155.
[2] WIPO PATENTSCOPE and INPADOC global patent database.
[3] World Intellectual Property Organization (WIPO). "Understanding Patent Term," 2021.

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