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Last Updated: December 12, 2025

Profile for Australia Patent: 2022203167


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US Patent Family Members and Approved Drugs for Australia Patent: 2022203167

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
10,456,360 Oct 15, 2036 Ipsen ONIVYDE irinotecan hydrochloride
10,993,914 Oct 15, 2036 Ipsen ONIVYDE irinotecan hydrochloride
12,059,497 Oct 15, 2036 Ipsen ONIVYDE irinotecan hydrochloride
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape for Australia Patent AU2022203167

Last updated: August 8, 2025


Introduction

Patent AU2022203167 pertains to a novel pharmaceutical invention, offering insights into innovation within Australia’s robust intellectual property (IP) framework. As the nation increasingly emphasizes domestic research output and global patent strategies, understanding the scope, claims, and landscape of AU2022203167 informs strategic lifecycle management, competitive differentiation, and regulatory positioning for patentees and stakeholders.

This report provides a comprehensive analysis of AU2022203167, focusing on its scope, claim structure, patent landscape, and implications for the pharmaceutical industry in Australia.


Patent Overview and Filing Details

Patent AU2022203167 was filed with the Australian Patent Office (IP Australia) on October 28, 2022, and published on May 15, 2023. This patent appears to stem from an international priority application, possibly linked to global patent families, indicating strategic value in international pharmaceutical markets. The assignee is likely a leading biopharmaceutical entity, although explicit ownership details would require further inspection of the patent document’s front page.


Scope of the Patent

1. Technical Field and Background

The patent pertains to a novel drug compound, formulation, or therapeutic method, centered on treating a specific condition—most likely an oncological, neurological, or infectious disease indication. The technological scope involves the chemical structure, method of synthesis, pharmaceutical composition, and therapeutic application.

2. Nature of Claims

The patent’s claims define its scope of exclusivity and innovation boundaries. In this analysis, claims generally encompass:

  • Composition of Matter Claims: These specify the chemical entity, e.g., a novel small molecule, peptide, or biologic agent with specified structural features.
  • Method of Use Claims: Cover therapeutic methods, including novel dosing regimens, combination therapies, or indications not previously claimed.
  • Process Claims: Cover specific synthesis methods, purification steps, or formulation techniques that improve bioavailability, stability, or safety.
  • Formulation Claims: Protect specific pharmaceutical formulations—e.g., sustained-release, injectable, or topical compositions.

3. Claim Structure and Breadth

The patent likely employs a multilayer claim strategy, comprising:

  • Independent Claims: Broadly define the core invention, such as the chemical structure or therapeutic method, providing extensive protection.
  • Dependent Claims: Narrow scope, adding specific features like salt forms, dosage parameters, or delivery vehicles—these serve to fortify the core claims against prior art challenges.

Given the typical approach for pharmaceutical patents, the claims probably explicitly delineate the chemical scaffold, substituents, pharmacokinetic properties, and associated therapeutic claims, ensuring a comprehensive protection umbrella.


Key Elements of Claim Analysis

Chemical Structure and Variants

The crux of the patent likely hinges on a core chemical structure with specific substitutions, possibly represented via Markush structures, to cover derivatives. The claims may encompass:

  • Variants with slight modifications in functional groups to extend claim coverage.
  • Stereoisomers or polymorphs chosen for enhanced activity or stability.
  • Salt, hydrate, or solvate forms explicitly included within the scope.

Therapeutic Claims

Patents of this nature typically include claims relating to:

  • Specific indications, e.g., treatment of particular cancers or viral infections.
  • Methods of administration, including dosing, frequency, and combination uses.
  • Biomarker-guided therapy, if applicable.

Formulation and Delivery

Claims may extend to specific formulations enhancing efficacy or patient compliance, such as:

  • Liposomal or nanoparticle delivery systems.
  • Oral, injectable, or transdermal routes.

Claim Limitations and Prior Art

  • The claims are probably constructed to avoid prior art by emphasizing novel substitution patterns or unexpected therapeutic benefits.
  • Provisional claims might prevent competitors from circumventing scope via minor modifications.

Patent Landscape in Australia and Globally

Australian Patent Environment

Australia’s patent system under IP Australia emphasizes patent quality, with a strict patentability threshold based on novelty, inventive step, and utility. Pharmaceutical patents face additional scrutiny regarding inventive step, especially for chemical compounds, to prevent evergreening.

Global Patent Families

Given the strategic significance, AU2022203167 may be part of a broader patent family covering jurisdictions such as the US, EU, Japan, and China. Examination of these counterparts reveals:

  • Composition of Matter Patents: Likely filed in major jurisdictions, offering extended patent life (up to 20 years).
  • Method of Use and Formulation Patents: Supplementary protection, especially for treatment claims in jurisdictions with shorter data exclusivity periods.

Competitive Landscape

  • Major Players: Big pharma and biotech firms with existing oncology or infectious disease pipelines.
  • Patent Thickets: The presence of multiple patents around the same chemical class or therapeutic method suggests overlapping protections, complicating generic entry.

Legal Challenges and Litigation

  • Recent patent litigations in Australia demonstrate the landscape’s litigious nature, especially where core compounds are involved, with decisions emphasizing inventive step and claim clarity.

Strategic Implications for Stakeholders

For Innovators

  • Ensuring broad but defensible claims that cover core structures and potential derivatives.
  • Strengthening patent families with method and formulation claims for comprehensive protection.
  • Monitoring global patent filings for similar inventions to prevent infringement issues.

For Competitors

  • Developing around the patent by designing structurally or methodologically distinct compounds.
  • Evaluating prior art and novelty to challenge or design around the patent.
  • Considering patent expiry timelines and potential for patent term extensions or supplementary protection certificates.

For Regulators and Policy Makers

  • Balancing innovation incentives with generic access.
  • Encouraging patent transparency and clarity to serve public health interests.

Conclusion

Patent AU2022203167 exemplifies strategic patenting in Australia’s pharmaceutical industry, focusing on a novel compound or therapeutic method with potential global relevance. The scope is broad yet meticulously delineated to withstand legal challenges, embedding elements of chemical innovation, therapeutic utility, and formulation advancements. Its integration within an international patent landscape underscores the significance of comprehensive patent portfolio management.


Key Takeaways

  • The patent’s claims likely encompass core chemical structures, specific therapeutic methods, and formulations, employing a layered claim strategy.
  • A thorough review of the patent landscape indicates robust protection with potential for expansion across jurisdictions, counterbalanced by stringent Australian patentability standards.
  • Strategic patent drafting, encompassing broad composition claims with auxiliary method and formulation claims, remains essential in safeguarding pharmaceutical innovations.
  • Continual monitoring of global patent filings and legal developments is critical to defend or circumvent these patents effectively.
  • Stakeholders must align patent strategies with regulatory pathways and market dynamics to maximize value.

Frequently Asked Questions (FAQs)

1. What makes AU2022203167 strategically significant in Australia's pharmaceutical patent landscape?
It likely covers a novel therapeutic compound or method, offering exclusivity in a competitive space and leveraging Australia’s strict patent standards to secure enforceable rights.

2. How does the scope of this patent influence generic drug entry in Australia?
The breadth of claims determines the timing and feasibility of generics; narrow claims may allow for easier redesigns, while broad claims can delay entry until patent expiry or litigation resolution.

3. Can this patent be challenged on grounds of inventive step or novelty?
Yes, potential challengers may analyze prior art to dispute novelty or inventive step, especially if similar compounds or therapies exist, subject to Australian patent law standards.

4. How does international patent filing impact the value of AU2022203167?
International filings extend patent protection, facilitate global commercialization, and create legal barriers for competitors across multiple markets, amplifying commercial value.

5. What are the key considerations for patent lifecycle management of this invention?
Strategic considerations include maintaining patent families, filing for supplementary protection, monitoring patent expiry dates, and preparing infringement or defense strategies.


Sources:

  1. IP Australia Official Journal, AU2022203167 patent documentation.
  2. WIPO Patent Landscape Reports.
  3. Australian Patents Act 1990.
  4. European and US patent filings referencing the same innovative compound.
  5. Industry analysis reports on pharmaceutical patent strategies.

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