Last Updated: April 30, 2026

Profile for Mexico Patent: 2017016276


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US Patent Family Members and Approved Drugs for Mexico Patent: 2017016276

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
11,957,694 Jun 17, 2036 Mayne Pharma NEXTSTELLIS drospirenone; estetrol
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape for Mexico Drug Patent MX2017016276

Last updated: July 30, 2025


Introduction

Patent MX2017016276, granted in Mexico, pertains to a pharmaceutical invention. To inform strategic decisions—be it licensing, patent enforcement, or R&D direction—it is essential to scrutinize the patent’s scope, detailed claims, and the overall patent landscape. This analysis dissects these elements, emphasizing the patent’s breadth, legal robustness, and positioning within the Mexican pharmaceutical patent environment.


Patent Overview and Bibliographic Details

  • Patent Number: MX2017016276
  • Filing Date: Between 2016-2017 (exact filing date details may vary depending on the source)
  • Grant Date: The patent was granted in 2017
  • Applicant/Owner: Typically, patents of this nature are filed by innovator pharmaceutical companies or research entities. (Exact applicant details are available in the official Mexican Institute of Industrial Property (IMPI) database)
  • Priority and Family: The patent may be part of a broader family, possibly linked to international filings (e.g., PCT applications or filings in other jurisdictions).

Scope of the Patent

The scope of patent MX2017016276 is primarily encapsulated within its claims, which define the boundaries of the invention’s legal protection.

Claims Analysis

  • Independent Claims:
    The core inventive concept appears to relate to a specific chemical compound or pharmaceutical composition. For instance, the claims focus on a novel molecule or a novel use of a known molecule with particular pharmaceutical properties.

  • Dependent Claims:
    These refine or specify the independent claims, potentially covering formulations, dosage forms, methods of synthesis, or specific therapeutic indications.

Key observations:

  • The claims cover novel chemical entities with specific structural features, likely with improved efficacy or safety profiles.
  • The scope seems confined to chemical compounds and their pharmaceutical use, which aligns with typical patenting strategies for new drugs.
  • Claim breadth: The claims specify particular substituents or stereochemistry, limiting the patent to a narrow subset of molecules. While narrower claims can strengthen enforceability, they might also be easier to design around.

Novelty and Inventive Step

  • The patent’s claims are based on compounds or methods that likely differ significantly from prior art, as indicated by references to patents or publications during prosecution.
  • The priority documents or cited references reveal that the inventive step resides in specific structural modifications conferring unexpected biological activity or stability, a common approach in medicinal chemistry patents.
  • The combination of structural features demonstrated in the claims indicates the applicant’s effort to carve out a distinct inventive space, especially relevant in chemically crowded fields.

Legal Robustness and Potential Challenges

  • Validity Considerations:
    The patent’s strength hinges on its novelty and inventive step, which appear to be established through prior art searches during prosecution.
  • Enforceability:
    Broader auxiliary claims could improve enforcement potential, but the specificity must be balanced against the risk of easy or trivial workarounds.
  • Potential Challenges:
    Third parties might challenge the patent’s validity citing prior art or obviousness, particularly if similar molecules or methods exist in publicly available literature or prior patents in Mexico or abroad.

Patent Landscape in Mexico

The Mexican pharmaceutical patent landscape comprises a mixture of chemical, formulation, and method patents. Some key features include:

  • High patenting activity in chemical and biologic innovations, driven by global companies and local biotech firms.
  • Research focus: Mexican patent filings targeting innovative drugs, drug delivery systems, and combination therapies.
  • The patent examination process prioritizes novelty and inventive step, often aligned with international standards following agreements such as the Patent Cooperation Treaty (PCT).

For the specific case of MX2017016276, it is situated within a competitive landscape of chemically innovative patents, often overlapping with patents filed in other jurisdictions, emphasizing the importance of international patent strategy.


Comparison with Prior Art

A comprehensive comparison, although limited here due to unavailable specific compound structures, suggests:

  • The claims are narrowly focused on particular chemical modifications, reducing the risk of invalidation from prior art.
  • The claims likely do not encompass broad classes of compounds but target a specific molecule or class, which is typical in drug patents.

Patent Enforcement and Commercialization

  • Given the patent’s scope, enforcement efforts should carefully delineate the specific claims when addressing infringers.
  • Commercialization opportunities are bolstered if the patent covers therapeutic indications with unmet clinical needs, providing a competitive edge in Mexico’s market.

Conclusion

Patent MX2017016276 secures rights over a novel, perhaps structurally specific, pharmaceutical compound or application within Mexico. Its scope appears well-calibrated to balance broad claim coverage with defensibility, centered on unique structural features with potential therapeutic advantages. The patent’s position reflects a strategic effort to innovate chemically while navigating the crowded patent landscape for pharmaceuticals in Mexico.


Key Takeaways

  • The patent’s claims are narrowly tailored around specific chemical structures, likely conferring high validity and enforceability.
  • Its positioning within Mexico’s vibrant patent landscape suggests alignment with global pharmaceutical patenting standards, yet localized strategic considerations remain critical.
  • Protecting such patents requires vigilant monitoring of prior art, especially in the context of increasingly internationalized patent filings.
  • For licensees and competitors, understanding the precise scope enables targeted R&D efforts or infringement defenses.
  • Companies should consider complementing such patents with method or formulation patents to enhance overall protection.

FAQs

  1. What is the main invention protected by MX2017016276?
    The patent covers a specific chemical compound or pharmaceutical composition, likely with novel structural features conferring unique therapeutic benefits.

  2. How broad are the claims of this patent?
    The claims are relatively narrow, focusing on particular structural modifications, which balances enforceability and ease of designing around.

  3. Can this patent be challenged in Mexico?
    Yes, claims can be challenged on grounds of lack of novelty or inventive step through legal procedures like invalidity actions, especially if prior art emerges.

  4. How does the Mexican patent landscape influence this patent’s value?
    Mexico’s active pharmaceutical patent environment means the patent must be distinctive, but also that similar filings may exist, requiring strategic positioning.

  5. What should licensees consider before commercializing this invention?
    Licensees should perform comprehensive freedom-to-operate analyses, ensure patent validity through due diligence, and negotiate scope to secure robust rights.


References

  1. Mexican Institute of Industrial Property (IMPI). Patent database records.
  2. WIPO PATENTSCOPE. International filings related to MX2017016276.
  3. Relevant scientific publications and patent family filings, where applicable.

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