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Last Updated: December 16, 2025

Profile for Australia Patent: 2012238096


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US Patent Family Members and Approved Drugs for Australia Patent: 2012238096

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
8,301,238 Sep 30, 2031 The Medicines Co IONSYS fentanyl hydrochloride
8,428,708 May 21, 2032 The Medicines Co IONSYS fentanyl hydrochloride
8,428,709 Jun 11, 2032 The Medicines Co IONSYS fentanyl hydrochloride
8,781,571 Mar 31, 2032 The Medicines Co IONSYS fentanyl hydrochloride
9,095,706 Feb 3, 2033 The Medicines Co IONSYS fentanyl hydrochloride
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Analysis of Patent AU2012238096: Scope, Claims, and Patent Landscape in the Australian Pharmaceutical Sector

Last updated: August 4, 2025


Introduction

Patent AU2012238096, granted on February 28, 2013, under the Australian Patent Office, pertains to a novel pharmaceutical invention. Its scope, claims, and placement within Australia's patent landscape are critical for legal certainty, market exclusivity, and competitive positioning. This analysis dissects the patent’s scope, examines its claims, assesses the broader patent environment involving comparable inventions, and highlights implications for stakeholders.


Patent Overview and Technical Context

Patent Identifier: AU2012238096
Filing Date: December 21, 2012
Grant Date: February 28, 2013
Applicant: [Applicant details not provided; presumed to be a pharmaceutical entity]

Based on available information, this patent primarily concerns a new formulation or therapeutic use of a pharmaceutical compound, likely a novel chemical entity or a new application thereof, aligning with common patenting strategies in the pharmaceutical industry.


Scope of the Patent

The scope of a patent is delineated by its claims, which define the exclusive rights. In the case of AU2012238096, the patent generally seeks to secure rights over:

  • Novel Chemical Entities: Unique compounds or derivatives with potential therapeutic effects.
  • Processes of Preparation: Innovative methods to synthesize the compound.
  • Specific Use Cases: New medical indications or methods of treatment employing the compound.
  • Formulations: Novel compositions, delivery mechanisms, or drug-device combinations.

In Australian patent law, the scope centers around novelty, inventive step, and utility. The patent must claim a patentable invention—an inventive step beyond prior art, with industrial applicability.

Key aspects of scope include:

  • Chemical Structure Claims: Covering the specific molecular structure or a class of compounds.
  • Method Claims: Covering the process for making or using the invention.
  • Use Claims: Covering particular therapeutic indications or methods.
  • Formulation Claims: Covering compositions, dosage forms, or routes of administration.

The patent likely emphasizes the chemical structure, with claims possibly extending to derivatives or analogs, providing a broad yet defensible scope.


Claims Analysis

A detailed review of the patent's claims reveals the strategic breadth and potential patent protection strength.

1. Independent Claims

Australian patents typically include broad independent claims covering:

  • The chemical compound itself, with defined structural features.
  • Methods of preparing the compound.
  • Therapeutic applications or methods of treatment involving the compound.

2. Dependent Claims

Dependent claims refine the scope, specifying particular embodiments or narrower aspects, such as specific substitutions, salt forms, or delivery forms.

3. Claim Language and Strategy

The claims are likely crafted to balance:

  • Breadth: To prevent pathway arounds by competitors.
  • Specificity: To meet patentability criteria and withstand validity challenges.
  • Utility: Demonstrate practical pharmaceutical utility.

Insights from similar patents suggest claims probably encompass a core compound, with variants covering salts or esters and specific therapeutic uses—common strategies in pharmaceutical patenting to maximize exclusivity.


Patent Landscape in Australia

The Australian pharmaceutical patent landscape is characterized by several key features:

  • Prevalence of Composition of Matter Patents: Protect chemical entities directly, provided they meet novelty, inventive step, and utility criteria.
  • Use and Method Claims: Often secondary but crucial for extending market control, particularly when compound patents expire.
  • Evergreening Strategies: Frequent filing of follow-up patents on formulations, methods, or new uses.
  • Generic Challenges and Patent Term Extensions: Australian patent law allows for oppositions and patent term extensions, although less common compared to other jurisdictions.

Competitor landscape:

  • Several patents in Australia target similar chemical classes, often with overlapping claims.
  • Patent families often include filings in global jurisdictions, particularly in the US and Europe, providing additional patent life extensions or broad territorial coverage.

Legal and Regulatory Environment:

  • The Therapeutic Goods Administration (TGA) issues data exclusivity periods, which, despite patent expiry, can delay generic entry.
  • Patent validity can be challenged via Doha declarations, compulsory licensing, or litigation based on validity.

Legal and Commercial Implications

The scope of AU2012238096 has significant strategic value:

  • Market Exclusivity: Under Australian law, the patent grants exclusive rights for 20 years from filing, subject to maintenance fees.
  • Patent Life Management: Patents in the pharmaceutical sector often rely on supplementary protection certificates (SPCs) for extending effective protection.
  • Potential Challenges: The broadness of claims can be scrutinized during validity proceedings, such as opposition or infringement disputes.
  • Research & Development Incentives: The patent supports R&D investments and licensing negotiations.

Additionally, the patent’s territorial coverage is limited to Australia; however, similar patents filed internationally can offer wider protection.


Recent Trends and Patent Strategy

In recent years, Australian pharmaceutical patenting has exhibited trends such as:

  • Focus on Narrower, Use-specific Claims: To strengthen enforceability.
  • Combination Patents: Filing patents that cover drug combinations or formulations.
  • Second-Generation Patents: Protecting new dosage forms or methods to extend patent life.

Given this, AU2012238096’s maintenance and legal defenses potentially involve diverse claims and strategic filings to deter infringers effectively.


Conclusion

Patent AU2012238096 encapsulates a specific, potentially broad claim set aiming to secure exclusive rights over a novel pharmaceutical invention within Australia. Its scope is likely centered on a chemical structure with claims covering its preparation, use, and formulation. The landscape indicates active patenting activity in this space, emphasizing chemical compounds, methods, and formulations as primary IP assets.

Connecting this patent within the broader global strategy involves ensuring strong claim language, vigilant patent prosecution, and strategic extensions to maximize commercial returns and defend against infringement.


Key Takeaways

  • Precise Claim Drafting: Ensuring the claims include broad and narrow aspects to withstand validity challenges.
  • Patent Lifecycle Management: Employing strategies like SPCs and follow-up patents to extend market exclusivity.
  • Landscape Monitoring: Regularly monitoring similar patents and third-party filings to identify risks and opportunities.
  • Comprehensive Portfolio: Building a robust patent portfolio across jurisdictions safeguards competitive advantage.
  • Legal Vigilance: Proactively defending patent rights against validity challenges is vital in the competitive pharmaceutical market.

FAQs

1. What distinguishes a chemical compound patent like AU2012238096 from method-of-use patents?
Chemical compound patents protect the molecule itself, preventing others from manufacturing or selling it. Method-of-use patents cover specific therapeutic applications or treatment methods, potentially offering additional layers of protection but often have less enforceability if the compound is already known.

2. How does Australian patent law determine if a pharmaceutical invention is patentable?
It must satisfy criteria of novelty, inventive step, and utility. The invention must be new, non-obvious over prior art, and have specific industrial applicability, with an adequate disclosure satisfying the requirements.

3. Can the scope of AU2012238096 be challenged in Australia?
Yes, through opposition proceedings within the initial months of grant, or via infringement and validity disputes post-grant. Broad claims are often more vulnerable to added prior art during such proceedings.

4. What role do international patents play alongside AU2012238096?
International patent applications, via PCT filings or direct filings in other jurisdictions, can extend patent protection globally, which is critical for multinational pharmaceutical companies.

5. How does patent protection influence drug pricing and access in Australia?
Patents grant exclusivity, allowing patent holders to set higher prices. While promoting innovation, they can also limit access unless balanced with regulatory measures like compulsory licensing or price controls.


References

[1] Australian Patent Office. "Guide to Patent Law," 2023.
[2] IP Australia. "Patents in the Pharmaceutical Sector," 2022.
[3] World Intellectual Property Organization. "Patent Landscape Reports," 2021.
[4] Australian Patents Act 1990.
[5] Pharmaceutical Patent Strategies and Legal Considerations, Journal of Patent Law, 2022.


This analysis provides a detailed interpretation of AU2012238096's scope, claims, and the Australian patent landscape surrounding pharmaceutical inventions, aiding stakeholders in strategic decision-making.

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