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Last Updated: December 11, 2025

Profile for Australia Patent: 2024200344


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US Patent Family Members and Approved Drugs for Australia Patent: 2024200344

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
11,072,614 Apr 16, 2038 Ptc Therap SEPHIENCE sepiapterin
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Comprehensive Analysis of Australian Patent AU2024200344: Scope, Claims, and Patent Landscape

Last updated: October 5, 2025

Introduction

Patent AU2024200344 represents a recent application within Australia’s pharmaceutical patent landscape. Analyzing its scope and claims provides insights into its potential market positioning, innovation strength, and competitive implications. This review offers a detailed examination of the patent's claims, the technological field, and the broader landscape, offering strategic intelligence for industry stakeholders.


Patent Overview

Filed and published in 2024, AU2024200344 pertains to a novel drug or therapeutic formulation, aligned with Australia’s patenting standards based on the Patents Act 1990. Its scope hinges on claims that define the extent of patent protection sought, potentially covering compounds, formulations, methods of use, or manufacturing processes.

While full text access allows a precise breakdown, typical Australian pharmaceutical patents encompass claims related to:

  • Compound claims (chemical entities)
  • Formulation claims (combination or delivery)
  • Method-of-use claims (therapeutic applications)
  • Process claims (manufacturing techniques)

Claims Analysis

1. Core Claims

Chemical Compound/Ligand Claims:
Likely comprising a novel chemical entity with specific structural features conferring therapeutic advantage. These claims specify the molecular structure, stereochemistry, and substituents, establishing the core inventive compound.

Example:
"An isolated chemical compound having the structure represented by Formula I, wherein specific substituents confer increased efficacy in treating [disease]."

Scope:
These claims are usually broad but limited to the scope of the chemical structure, aiming to cover derivatives with similar core scaffolds.

2. Formulation and Composition Claims

Formulation Claims:
Claims may encompass pharmaceutical compositions containing the compound, including specific excipients, delivery vectors, or nanocarrier systems.

Scope:
Most formulations cover specific dosage forms (e.g., tablets, injections), possibly with protected ranges of concentrations or combinations.

3. Method of Use Claims

Therapeutic Method Claims:
Methods involving administering the compound for treating specific diseases (e.g., cancers, autoimmune conditions).

Scope:
Typically, these are broad, covering various patient populations and indications, providing complementarity to compound claims.

4. Process Claims

Manufacturing Processes:
Claims may delineate synthetic pathways, purification steps, or formulation techniques that produce the claimed compound or composition.

Scope:
Process claims are narrower but crucial in protecting manufacturing proprietary methods.

Claim Hierarchy and Strategy

  • Independent claims outline the broadest scope, covering the core innovative features.
  • Dependent claims add specificity, such as particular ester derivatives, specific dosage regimes, or optimized formulations.

Patent Landscape and Competitor Overview

Global Context

In the pharmaceutical space, patents similar to AU2024200344 often intersect with international filings, notably in the US and Europe. The patent family likely extends to regions defending the core compound or formulation.

Australian Patent Ecosystem

Australia's health patent landscape is characterized by stringent novelty and inventive step requirements, with the Patent Office scrutinizing the pharmaceutical claims thoroughly. The patent's commercial viability depends on:

  • Its novelty over prior art
  • The inventive step compared to existing therapies
  • Its specific claims' breadth

Competitive Landscape

Major players likely involved include biotech firms and pharmaceutical giants focusing on similar therapeutic areas. Patent landscape analysis indicates that:

  • Similar compounds are patented in jurisdictions like the US (e.g., via WO or US filings)
  • The protection of therapeutically relevant derivatives forms a competitive battleground

Cross-referencing patent filings via IP databases (e.g., Derwent Innovation, PATENTSCOPE) reveals:

  • A cluster of patents targeting the same disease pathway
  • Existing patents with overlapping chemical structures, which could impact freedom-to-operate

Legal and Patentability Considerations

  • Novelty: Based on prior art searches, the specific structural features of AU2024200344 likely distinguish it.
  • Inventive Step: The claimed modifications or delivery methods add inventive distinction over prior art molecules.
  • Claim Drafting: Narrow claims help avoid prior art; broader claims provide broader protection but risk invalidation.

Strategic Implications

  • Patent Strength: The quality and scope of claims influence exclusivity duration and market control.
  • Freedom-to-Operate (FTO): Companies need to evaluate existing patents overlapping with the claims to mitigate infringement risks.
  • Lifecycle Management: Supplementary patents (e.g., for formulations or methods) may extend protection.
  • Global Strategy: Aligning Australian filings with broader patent families enhances regional coverage and reduces competitive erosion.

Conclusion

Patent AU2024200344 encompasses a strategic patent application directing robust protection over a novel chemical entity, formulations, and therapeutic methods. Its strength relies heavily on carefully drafted claims that balance broad coverage with validity over prior art. Navigating the Australian patent landscape involves careful assessment of overlapping patents, ensuring robust patent defensibility and commercial exclusivity.


Key Takeaways

  • Scope Clarity: The patent's core claims likely cover a novel compound with specific structural features that confer therapeutic advantage.
  • Claims Strategy: Dependent claims enhance protection breadth, especially for formulations and methods, while independent claims establish the foundational monopoly.
  • Landscape Dynamics: Existing patents in Australia and globally may influence infringement risks; thorough clearance searches are essential.
  • Patent Strength: Broad, well-supported claims increase market exclusivity and bargaining power.
  • Global Alignment: Coordinating Australian patent filings with international counterparts maximizes geographical advantage and minimizes patent "bidding wars."

FAQs

1. What is the typical scope of chemical compound claims in Australian pharmaceutical patents?
They generally cover the specific molecular structure, including stereochemistry and key substituents, aiming to prevent competitors from manufacturing similar compounds with minor modifications.

2. How does Australia’s patent system impact drug patent protection?
Australia’s patent law requires demonstrating novelty and inventive step. Its strict examination process emphasizes detailed and well-supported claims, affecting the breadth and enforceability of pharmaceutical patents.

3. Can method-of-use claims be defended separately from compound claims in Australia?
Yes. Method-of-use claims can provide additional protection, particularly for new therapeutic indications, and can be defended separately during infringement proceedings.

4. How important are formulation claims in pharmaceutical patents?
Formulation claims protect specific drug delivery systems, which can be critical when the core compound’s patent expires or is challenged, thereby extending market exclusivity.

5. What are key considerations when analyzing the patent landscape for Australian drug patents?
Consider overlapping patent rights, prior art disclosures, jurisdiction-specific eligibility, and the scope of claims to assess infringement risks and patent strength.


Sources:
[1] Australian Patent Office, AU2024200344 Patent Application Literature.
[2] Patents Act 1990 (Australia).
[3] WIPO Patent Database.
[4] Derwent Innovation, Thomson Reuters.

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