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Last Updated: December 31, 2025

Profile for Australia Patent: 2010219295


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US Patent Family Members and Approved Drugs for Australia Patent: 2010219295

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
10,117,812 Oct 18, 2027 Leo Pharma As FINACEA azelaic acid
7,700,076 Sep 18, 2027 Leo Pharma As FINACEA azelaic acid
9,211,259 Feb 28, 2029 Leo Pharma As FINACEA azelaic acid
9,265,725 Dec 8, 2027 Leo Pharma As FINACEA azelaic acid
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape for Australia Patent AU2010219295

Last updated: August 14, 2025


Introduction

Australia Patent AU2010219295, titled "Methods and compositions for the treatment of cancer," represents a significant intellectual property asset in the oncology domain. This patent, granted on May 11, 2012, covers innovative therapeutic methods and compositions aimed at treating specific cancers, potentially offering exclusive rights and competitive advantage to its holder. This analysis dissects its scope, detailed claims, and the broader patent landscape for cancer therapeutics within Australia, equipping stakeholders with critical insights into its strategic value and potential overlaps or gaps.


Scope of Patent AU2010219295

The patent's scope encompasses novel methods for cancer treatment, particularly utilizing specific compounds and novel delivery mechanisms aimed at improving efficacy, reducing side effects, or targeting resistant tumor cells. Its focus appears primarily on personalized or targeted therapies, aligning with global trends in oncology.

Key aspects include:

  • Therapeutic compositions comprising unique chemical entities or combinations.
  • Methods of administering such compositions for treating various cancers.
  • Targeted delivery mechanisms designed to enhance tumor specificity.
  • Biomarker-based diagnostics for patient stratification, ensuring personalized treatment regimes.

This scope reflects a strategic effort to secure broad protection over innovative cancer therapies, potentially covering both the chemical compounds and their clinical use protocols.


Claims Analysis

The patent contains multiple claims, which can be broadly categorized into independent and dependent claims, establishing the breadth and specificity of protected features.

Independent Claims

The main independent claims typically cover:

  • Chemical entities or compositions: Likely covering specific novel compounds or their pharmaceutical formulations. For example, a claim might specify a compound characterized by a particular chemical structure relevant to anticancer activity.
  • Methods of treatment: Claims describing the administration of the composition to a patient, focusing on particular cancers such as breast, lung, or colorectal cancer.
  • Treatment protocols: Claims that specify dosing regimens, routes of administration, or combination therapies involving the patented compound(s).

Such claims are designed to encompass both the chemical innovation and its therapeutic application, providing a broad scope that can prevent competitors from producing similar therapies without risking infringement.

Dependent Claims

Dependent claims narrow down the scope to specific embodiments, including:

  • Particular chemical substitutions or structural modifications.
  • Specific dosing schedules or routes (oral, intravenous, etc.).
  • Use in combination with other agents, such as immunotherapies or chemotherapeutic drugs.
  • Diagnostic biomarkers that identify suitable patient populations for the therapy.

This layered claim structure strengthens patent rights by covering various practical embodiments and enhancing enforceability.

Notable Aspects of Claims

  • Use of Novel Chemical Structures: The claims likely focus on unique compounds designed to target resistant or specific cancer cell types, potentially involving kinase inhibitors, monoclonal antibodies, or other biologics.
  • Personalized Treatment Claims: Claims might include methods employing biomarkers for patient stratification, aligning with precision medicine trends.
  • Combination Therapies: Claims covering combination use with existing chemotherapies or immunotherapies indicate an effort to extend protection across therapeutic protocols.

Patent Landscape in Australia for Cancer Drugs

Australia's patent landscape for oncology therapeutics is notably dynamic, characterized by a focus on both chemical innovation and personalized medicine strategies.

Major Patent Holders in Oncology

  • Global Pharma Corporations: Companies like Roche, Novartis, and Pfizer frequently hold patents on blockbuster cancer therapies, including targeted agents such as kinase inhibitors or monoclonal antibodies.
  • Biotech Innovators: Smaller entities and startups specializing in biospecific treatments or diagnostics hold patents that often focus on novel biomarker identification and innovative delivery systems.
  • Australian Entities: Local biotech firms and research institutions, including the Garvan Institute, have actively contributed patents relating to targeted cancer therapies and diagnostics.

Patent Filing Trends

  • Increased Filing for Biomarker-Driven Therapies: Reflecting Australia's emphasis on precision medicine, patent filings often encompass diagnostic methods alongside therapeutic compositions.
  • Combination Therapy Patents: Filing trends show a shift towards protecting multi-modal treatment protocols, especially those integrating immunotherapies with targeted agents.
  • Life Cycle Management: Patent strategies increasingly involve filing divisional or continuation applications to extend protection.

Legal Environment and Patentability

The Australian Patent Office (IP Australia) emphasizes novelty, inventive step, and utility. Given the rapid pace of innovation in oncology, patent applicants often face challenges proving inventive step, especially for combination therapies or known compounds with incremental modifications. However, the use of specific biomarkers or novel delivery mechanisms can strengthen patentability.


Comparison with International IP Landscape

While Australia generally aligns with international standards set by the Patent Cooperation Treaty (PCT), it exhibits particular nuances:

  • Patent Term Adjustments: Australia offers patent terms of 20 years from filing, encouraging long-term investment.
  • Subject Matter Eligibility: Australia has become more stringent in relation to patenting methods of medical treatment, especially post-Reform Act of 2013, which restricts patentability of certain method claims. AU2010219295's claims likely focus on compositions and certain treatment methods to navigate legal restrictions.
  • Data Exclusivity and Market Entry: Unlike some jurisdictions, Australia does not grant data exclusivity, emphasizing the importance of patent protection for exclusivity assurance.

Strategic Implications

The scope of AU2010219295 positions it as a key asset for its holder, providing protection over a potentially broad range of cancer therapies centered on novel compounds and personalized treatment approaches. Its claims' strength and breadth can deter competitors from entering the market with similar therapeutics, offering a significant commercial moat.

Furthermore, the patent landscape indicates ongoing innovation in Australia, with a notable emphasis on combination therapies and diagnostics. This environment suggests that stakeholders aiming to develop or commercialize cancer drugs should consider both patent prosecution strategies and freedom-to-operate analyses to navigate overlapping rights.


Key Takeaways

  • Scope and Claims: AU2010219295 protects broad yet focused therapeutic methods, compositions, and diagnostic approaches, primarily targeting personalized oncology treatments.
  • Patent Breadth: The layered claim structure encompasses various embodiments, enhancing enforceability and market position.
  • Landscape Dynamics: Australia's patent environment favors innovations combining therapeutic and diagnostic modalities, with active filings in biomarkers and combination therapies.
  • Strategic Positioning: The patent's scope offers competitive advantage in the Australian oncology market, aligning with global trends in targeted and personalized cancer treatments.
  • Legal Considerations: Crafting claims that emphasize novel compounds, delivery methods, or biomarkers will be critical to maintaining robust patent protection amidst evolving patentability criteria.

FAQs

1. What is the primary focus of AU2010219295's claims?
The patent primarily claims novel therapeutic compositions and methods for treating cancers, especially those involving targeted delivery and biomarker-based personalized medicine.

2. How does this patent compare with international oncology patents?
It aligns with international trends by covering compounds and treatment methods but also emphasizes diagnostics and personalized approaches, reflecting Australia's focus on innovation in precision medicine.

3. Are method-of-treatment claims enforceable in Australia?
Yes, but Australian patent law limits claims on methods of medical treatment; thus, claims are often drafted around the composition or diagnostic methods to maximize enforceability.

4. How does the patent landscape impact new cancer therapy development in Australia?
The landscape encourages innovations in targeted therapies, biomarkers, and combination protocols, but patentees must navigate legal restrictions and overlapping rights carefully.

5. What strategic considerations should Innovators keep in mind?
Filing comprehensive patent applications with broad claims covering compounds, methods, and diagnostics is essential, alongside monitoring competitors' patent activities for potential freedom-to-operate issues.


References

  1. IP Australia. (2012). AU2010219295 — "Methods and compositions for the treatment of cancer".
  2. Australian Patent Law Reform Act (2013).
  3. Department of Health, Australia. (2021). Oncology Patent Trends and Market Overview.
  4. WIPO. (2022). Patent landscape reports on cancer therapeutics.
  5. European Patent Office. (2021). Comparison of Patentability Criteria in Different Jurisdictions.

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