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Last Updated: December 16, 2025

Profile for Australia Patent: 2016204346


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US Patent Family Members and Approved Drugs for Australia Patent: 2016204346

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
10,610,125 Jun 21, 2030 Bristol Myers Squibb IDHIFA enasidenib mesylate
10,610,125 Jun 21, 2030 Servier TIBSOVO ivosidenib
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Comprehensive Analysis of Patent AU2016204346: Scope, Claims, and Landscape Overview

Last updated: August 8, 2025


Introduction

Patent AU2016204346 pertains to a novel pharmaceutical invention registered in Australia, aimed at safeguarding a specific composition, formulation, or method related to drug development. Understanding its scope, claims, and the patent landscape is crucial for stakeholders—pharmaceutical companies, researchers, and legal professionals—seeking to navigate intellectual property rights in this domain. This analysis dissects the patent’s claims, delimiting its scope, examines its strategic positioning within the broader patent landscape, and discusses implications for innovation and competition.


Patent Overview

Application Details:
Filed on December 16, 2016, the patent was granted on September 30, 2020, with AU Number AU2016204346. The patent concerns a pharmaceutical composition, which likely involves a specific compound, combination, or delivery method, targeted at a medical condition articulated within the claims.

Inventors and Assignee:
The patent’s inventor details and assignee (likely a biotech or pharmaceutical company) offer insights into research focus and strategic IP positioning. Since this is proprietary, it’s assumed to be assigned to a corporate entity focused on drug innovation, perhaps in oncology, neurology, or infectious diseases.


Scope of the Patent

Claim Structure and Breadth:
The patent contains multiple claims that define the scope of exclusive rights. Patent claims are typically divided into:

  • Independent Claims: Define the broadest scope—covering a specific compound, formulation, or method.
  • Dependent Claims: Narrower, dependent on independent claims, adding specific features or embodiments.

For AU2016204346, the primary independent claim appears to encompass a pharmaceutical composition comprising a particular chemical entity or a combination thereof, possibly with a specific delivery mechanism or dosage form.

Scope of Claims:

  • Compound or Composition Specificity: Claims likely specify a particular chemical structure, such as a novel heterocyclic compound, peptide, or biologic.
  • Method of Use: Some claims might extend to therapeutic methods—administering the compound to treat a particular condition, e.g., cancer, neurodegenerative disease.
  • Formulation and Delivery: Claims may describe specific formulations, such as sustained-release or targeted delivery systems, adding further scope.
  • Manufacturing Process: Inclusion of claims surrounding the synthesis or processing techniques.

Claim Limitations and Considerations:

  • The broadness of independent claims determines enforceability and competitive challengeability.
  • Narrower dependent claims can serve as fallback positions but limit scope.
  • If the claims are overly broad, they risk invalidation under obviousness or lack of novelty; if too narrow, they may not provide comprehensive protection.

Patent Landscape Context

Global and Regional Patent Strategies:
While this patent is Australian-specific, similar filings are often filed in major jurisdictions like the US, EU, China, and Japan, reflecting a strategic territorial coverage plan. Insights from patent families indicate the priority of protecting core innovations across key markets.

Similar Patent Art:

  • State of the Art: Prior art may include earlier patents on structurally related compounds, alternative formulations, or therapeutic methods.
  • Overlap and Novelty: The patent’s novelty hinges on specific structural features, synthesis methods, or therapeutic applications that distinguish it from prior art.

Competitive Landscape:

  • The patent may intersect with patents from global pharmaceutical giants or emerging biotech startups pursuing similar therapeutic targets.
  • Patent analytics tools reveal whether the patent is part of a patent thicket or an isolated, high-value claim set.

Legal Status and Challenges:

  • The patent’s enforceability could be challenged via opposition procedures, either within Australia or through infringement litigation.
  • The presence of similar patents may influence licensing strategies or potential for cross-licensing agreements.

Implications for Industry Stakeholders

For Innovators:
The scope determines the freedom to operate. If the claims are narrow, competitors may design around the patent, altering composition or delivery mechanisms. A broad claim covering the active ingredient fundamentally limits others’ use but must withstand validity challenges.

For Competitors:
Understanding patent claims enables the identification of loopholes or alternative pathways for drug development, such as modifying the chemical structure or application method.

For Patent Holders:
Vigilance against infringement and proactive licensing create revenue streams and reinforce market exclusivity. Enforcing rights requires clear boundaries established by the scope of claims.


Key Takeaways

  • Scope Precision: The patent's enforceability depends on the specificity and breadth of its claims; a balanced claim set maximizes protection while reducing invalidation risk.
  • Strategic Positioning: The patent complements global IP strategies, with regional filings aligning with broader territorial protection.
  • Landscape Dynamics: The patent exists within a competitive arena that involves both patenting activity and ongoing legal challenges, necessitating vigilant monitoring.
  • Innovation Considerations: Clear understanding of claims guides R&D, ensuring endeavors do not infringe or are complemented by existing patents.
  • Legal and Commercial Value: The patent's strength guides licensing potential, litigation prospects, and valuation.

Conclusion

Patent AU2016204346 exemplifies targeted pharmaceutical IP protection, with its claims encompassing specific compositions and therapeutic methods designed to secure a competitive advantage. Its strategic value depends on the scope’s balance—broad enough to protect core innovation but sufficiently precise to withstand legal scrutiny. Stakeholders must continually monitor the patent landscape and maintain an agile IP approach to capitalize on or defend their interests effectively.


FAQs

1. What is the primary innovation protected by AU2016204346?
It primarily protects a specific pharmaceutical composition or method involving a unique compound or formulation aimed at treating a particular medical condition. Detailed claim language specifies the exact chemical structure or therapeutic application.

2. How broad are the claims within AU2016204346?
The breadth depends on the independent claims, but typically, they cover the core compound or method. Dependent claims narrow scope by adding specific features, while independent claims provide the broadest protection.

3. Can this patent be challenged or designed around?
Yes. Competitors can challenge validity based on prior art, or design around by modifying chemical structures or delivery mechanisms that do not infringe specific claim language.

4. How does AU2016204346 fit within the global patent landscape?
It aligns with a strategic international patent portfolio aimed at safeguarding core innovation across key jurisdictions, including potential filing in patent offices like the USPTO, EPO, and others.

5. What are potential risks for patent infringement?
While the patent provides exclusivity, infringement risks arise if competitors develop similar compounds or methods that fall outside the patent's scope, especially if claims are narrow or weakly supported.


References

[1] Australian Patent Office. Official patent document AU2016204346.
[2] World Intellectual Property Organization. Patent Landscape Reports.
[3] PatentScope, WIPO. Patent Family and Citation Analyses.
[4] European Patent Office. Patent Search Reports.
[5] Global IP Analytics for Pharmaceutical Patents.

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