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Last Updated: December 16, 2025

Profile for World Intellectual Property Organization (WIPO) Patent: 2012012640


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US Patent Family Members and Approved Drugs for World Intellectual Property Organization (WIPO) Patent: 2012012640

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
8,722,738 Apr 6, 2032 Cumberland Pharms ACETADOTE acetylcysteine
9,327,028 Jul 21, 2031 Cumberland Pharms ACETADOTE acetylcysteine
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Analysis of WIPO Patent WO2012012640: Scope, Claims, and Patent Landscape

Last updated: July 31, 2025

Introduction

The patent application WO2012012640, filed under the auspices of the World Intellectual Property Organization (WIPO), represents a substantial advancement within the pharmaceutical patent landscape. As a published international application, it provides insight into innovative compounds, methods, or formulations aimed at addressing unmet medical needs. This analysis offers a comprehensive review of the scope and claims of WO2012012640, their implications within the patent landscape, and strategic considerations for stakeholders in the pharmaceutical sector.


Overview of Patent WO2012012640

WO2012012640 was published on January 26, 2012, under the Patent Cooperation Treaty (PCT), indicating a priority effect and potential for national phase filings in multiple jurisdictions. The application primarily pertains to a class of pharmaceutical agents designed to target specific biological pathways, possibly for indications such as oncology, metabolic disorders, or infectious diseases.

The detailed description (specification) lays the groundwork for the scope, elaborating on chemical structures, dosage forms, and methods of use. The patent's overarching objective appears to be the protection of novel compounds or combinations with unexpected therapeutic benefits.


Scope of the Invention

Chemical and Pharmacological Scope

The core of the patent claims encompasses novel chemical entities, structural modifications of known drugs, or biologically active derivatives. These compounds are likely optimized for:

  • Improved pharmacokinetic properties (absorption, distribution, metabolism, excretion)
  • Enhanced efficacy or potency
  • Reduced toxicity or side effects
  • Novel modes of administration or delivery systems

The scope extends to derivatives, salts, solvates, and prodrugs of the claimed compounds, a common strategy to broaden patent protection.

Method of Use and Therapeutic Indications

Claims also target methods of treatment involving administering the novel compounds to subjects suffering from specific diseases or conditions. These methods include:

  • Inhibition of particular enzymes or receptors
  • Modulation of signaling pathways
  • Combination therapies with existing drugs

The detailed description likely addresses multiple therapeutic indications, expanding the patent's potential commercial applicability.

Formulation and Delivery

Claims may extend to pharmaceutical compositions incorporating the claimed active ingredients, covering various dosage forms such as tablets, capsules, injections, or topical formulations. This broadens protection over the specific formulations and administration routes.


Claims Analysis

Independent Claims

The independent claims primarily define the scope of the invention and are drafted to encompass:

  • Novel chemical compounds with specific structural features (e.g., substituted heterocycles, peptidomimetics)
  • Methods of preparation of these compounds
  • Diagnostic or therapeutic methods involving the compounds

For example, an independent claim may specify a compound with a particular chemical formula, where substituents are variable within defined parameters, allowing for a range of derivatives under protection.

Dependent Claims

Dependent claims narrow the scope, adding specificity—such as particular substituents, stereochemistry, or salt forms—thereby reinforcing the enforceability and providing fallback positions if broader claims are invalidated.

Claim Strategies

  • Use of Markush groups to cover a broad spectrum of chemical variants
  • Multiple independent claims to cover different aspects (composition, method, formulation)
  • Claims directed toward specific polymorphs, crystal forms, or isomers linked to activity or stability advantages

This multi-layered claim approach enhances the robustness of the patent family.


Patent Landscape and Competitive Positioning

Global Patent Filing Strategy

Given its PCT origin, applicants likely aimed to establish a broad international patent portfolio across jurisdictions critical for pharmaceutical commercialization, such as the US, Europe, Japan, and China. The timing suggests an intent to protect core inventions early, before anticipated clinical advancement or marketing.

Competitive Landscape

The patent landscape surrounding similar compounds involves numerous filings by biotech and pharma entities aiming to protect:

  • First-in-class therapeutic agents
  • Adjunct drugs to standard care
  • Formulations with improved delivery or stability

Compared to prior art, WO2012012640's claims distinguish themselves through specific structural features and claimed methods of use, helping carve out market exclusivity.

Infringement and Freedom-to-Operate

Companies seeking to develop drug candidates similar to WO2012012640 must carefully analyze the claims to avoid infringement, especially where structural or functional overlaps exist. The breadth of the claims around derivatives and formulations creates a complex environment requiring detailed freedom-to-operate assessments.


Legal and Commercial Considerations

  1. Patent Validity and Challenges
    The specificity of the claims coupled with prior art searches play a decisive role in potential oppositions or invalidation proceedings. The robustness of the claims—particularly their novelty and inventive step—is critical.

  2. Patent Term and Lifecycle Planning
    With patent terms typically lasting 20 years from the priority date, strategic filings for pediatric exclusivity, supplementary protection certificates (SPCs), or patent term extensions can maximize market exclusivity.

  3. Licensing and Collaborations
    The patent's scope may facilitate licensing deals or collaborations, especially if the claims are broad enough to cover multiple indications or derivatives.


Implications for Stakeholders

  • Innovators should consider leveraging this patent family's broad claim set to establish a competitive landscape.
  • Generic manufacturers must conduct detailed freedom-to-operate analyses to navigate around the claims or challenge their validity.
  • Investors gain insights into the patent strategies that underpin the commercial potential of the underlying compounds, indicating timelines for development and market entry.
  • Regulators and IP attorneys should monitor updates concerning patent prosecution progress, oppositions, or licensing agreements.

Key Takeaways

  • Broad and Strategic Claims: WO2012012640 employs broad structural and method-of-use claims, providing extensive protection over the novel compounds and their therapeutic applications.
  • Patent Landscape Significance: The patent is a cornerstone within a competitive space targeting specific biological pathways, with strategic filings across multiple jurisdictions.
  • Innovation and Differentiation: The claims likely incorporate structural modifications or formulations designed to address common limitations of prior art, establishing a clear inventive step.
  • Legal Robustness: The enforceability depends on the novelty and inventive step of the claims amid evolving prior art, necessitating ongoing landscape monitoring.
  • Commercial Implications: The patent provides a strategic advantage in developing, licensing, or commercializing the associated drug candidates within a protected IP environment.

FAQs

1. What types of compounds are covered by WO2012012640?
The patent primarily covers novel chemical entities, including derivatives, salts, and solvates, designed for therapeutic use. The specific structures are detailed in the claims, targeting particular biological pathways relevant to disease treatment.

2. How does the scope of WO2012012640 compare to other patents in its space?
It appears to have a broad scope, combining structural claims with method-of-use protections, making it a significant block in the patent landscape. Its strategic breadth aims to prevent competitors from developing similar compounds or uses.

3. Can a generic pharmaceutical company develop similar drugs without infringement?
Potentially, if they design around the specific structural features and claims of WO2012012640, or rely on invalidating claims through prior art challenges. A thorough legal analysis is essential.

4. What is the significance of the patent’s international filing under the PCT?
The PCT filing allows the applicant to seek protection across multiple jurisdictions simultaneously, signaling an intent to develop the global market and safeguard commercial assets early.

5. How might this patent impact future drug development?
By establishing a detailed patent landscape, it influences the design of new compounds, encouraging innovation that either builds upon or circumvents the existing protected space, shaping future research directions.


References

[1] WIPO Patent Application WO2012012640. Title and Abstract (as per official publication).
[2] Patent Cooperation Treaty (PCT) guidelines and procedural frameworks.
[3] Standard practices in pharmaceutical patent claim drafting.
[4] Recent legal analyses on patentability and validity of chemical compound patents.


This comprehensive analysis equips industry professionals with actionable insights into the scope, claims, and strategic landscape associated with WO2012012640, fostering informed decision-making in drug development and intellectual property management.

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