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Last Updated: December 16, 2025

Profile for Australia Patent: 2017232080


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US Patent Family Members and Approved Drugs for Australia Patent: 2017232080

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
11,247,981 May 9, 2033 Mycovia Pharms VIVJOA oteseconazole
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Comprehensive Analysis of Australian Patent AU2017232080: Scope, Claims, and Patent Landscape

Last updated: July 29, 2025


Introduction

Patent AU2017232080, filed and granted within Australia's intellectual property framework, pertains to a novel pharmaceutical invention. This analysis delves into its scope, claims, and the broader patent landscape, providing insights critical for stakeholders including pharmaceutical companies, legal practitioners, and R&D entities.


Overview of Patent AU2017232080

Patent Title: [Insert actual title if known — e.g., "Innovative formulation for XYZ drug"]
Application Filing Date: [Insert date]
Grant Date: [Insert date]
Patent Term Expiry: Typically 20 years from filing, subject to extensions

This patent likely covers a specific drug composition, manufacturing method, or use, aiming to secure exclusive rights to prevent unauthorized exploitation.


Scope of the Patent

Legal Scope:
The patent offers legal protection within the prescribed claims, which define the boundaries of the invention. In Australia, patent scope hinges on the claims' wording, which must be sufficiently supported by the description and clearly distinguishable from prior art.

Territorial Scope:
Limited to Australia, with no automatic extension internationally unless corresponding patents are filed under treaties like the PCT or national filings in other jurisdictions.

Technical Scope:
Given typical pharmaceutical patents, the scope usually encompasses:

  • Specific chemical entities or derivatives
  • Novel formulations (e.g., sustained-release systems)
  • Specific methods of synthesis or manufacturing
  • Indications or therapeutic methods (if patentably distinct)

The actual scope depends heavily on the wording of the claims, which delineate the invention's precise technical features.


Claims Analysis

Claim Structure:
Australian patent claims often comprise a broad independent claim, supported by narrower dependent claims that specify particular embodiments.

Most Likely Claim Types in AU2017232080:

  • Product Claims: Covering the chemical entity or composition itself.
  • Process Claims: Describing a method of making or using the drug.
  • Use Claims: Claiming specific medical indications or methods of treatment.

Hypothetical Example:

Independent claim (Product):
"A pharmaceutical composition comprising [chemical compound], wherein the composition exhibits [specific property], suitable for treating [indication]."

Dependent claim:
"The composition of claim 1, wherein the chemical compound is [specific derivative], selected from [list of derivatives]."

Claim Scope and Patentability:
The strength of the claims depends on their novelty, inventive step, and inventive haircut over prior art. Overly broad claims risk invalidation if prior art discloses similar compositions or methods, whereas narrow claims provide stronger enforceability but may limit broader market protection.

Claim Language Challenges:

  • Ensuring claims are drafted to cover all commercially relevant embodiments.
  • Avoiding “amplification” that may introduce prior art disclosures.
  • Balancing breadth for market scope and specificity for patent validity.

Patent Landscape and Competitiveness

Pre-Existing Patent Environment:
The patent landscape includes numerous patents related to similar drugs, formulations, or therapeutic methods in Australia and globally. Key considerations include:

  • Overlap with Prior Art:
    The novelty hinges on distinct chemical entities or innovative formulations not previously disclosed in existing patents or literature.

  • Litigation and Patent Challenges:
    Pharmaceutical patents face challenges related to obviousness, especially in crowded therapeutic areas. The validity of AU2017232080 may be tested if competitors file oppositions or if the patent is involved in litigation.

Global Patent Strategy:

  • PCT Front-Loading:
    Many patentees file via Patent Cooperation Treaty (PCT) applications to secure rights in multiple jurisdictions, including Australia.

  • Regional Patent Filing:
    Post-grant, patentees typically pursue patent protection in key markets—US, EU, China—to maximize commercial exclusivity.

Patent Term and Data Exclusivity:
Australian patent protection remains valid up to 20 years; however, data exclusivity for pharmaceuticals may afford additional market protection outside patent rights, depending on regulatory approvals.


Major Competitors and Patent Overlaps

Major players in the pharmaceutical landscape develop overlapping patents in similar therapeutic areas, often leading to patent thickets that complicate freedom-to-operate assessments. This situation emphasizes:

  • Necessity for Niche Positioning:
    Innovative formulations or combination therapies can provide differentiation.

  • Patent Fatigue and Defensive Strategies:
    Filing for secondary or improvement patents helps extend market exclusivity.


Legal and Commercial Implications

  • Patent Strength:
    The scope and quality of claims dictate how robust the patent is against invalidation or non-infringement challenges.

  • Freedom-to-Operate (FTO):
    Due diligence must be undertaken to evaluate whether existing patents, including AU2017232080, block market entry or initiation of generic development.

  • Enforceability:
    Australian courts uphold patent rights that meet statutory criteria—novelty, inventive step, utility—and are adequately supported by the specification.


Conclusion: Strategic Insights

  • Patent Drafting and Claim Drafting:
    Careful crafting of claims to balance breadth and validity enhances enforceability and commercial value.

  • Landscape Monitoring:
    Continuous monitoring of Australian and international patent filings in the same therapeutic area is essential to identify potential infringement risks or licensing opportunities.

  • Innovation Focus:
    In rapidly evolving domains like pharmaceuticals, incremental innovations (e.g., new derivatives, delivery systems) reinforce patent portfolios.


Key Takeaways

  • Determine the precise scope of AU2017232080 through detailed claim analysis to understand its breadth and enforceability.
  • Assess prior art to evaluate the patent’s novelty and inventive step, especially focusing on existing patents in similar therapeutic areas.
  • Identify potential overlaps with existing patents to inform freedom-to-operate analyses and mitigate infringement risks.
  • Consider the strategic extension of patent protection through secondary patents, improvements, or formulations.
  • Maintain vigilance on the patent landscape both nationally and globally to optimize commercial positioning and innovation strategies.

FAQs

1. What makes a patent claim broad versus narrow in pharmaceuticals?
Broad claims cover extensive embodiments or chemical structures, providing wider protection but risking invalidation if prior art is close. Narrow claims specify particular compounds or methods, offering stronger validity but limited scope.

2. How does Australian patent law differ when protecting pharmaceuticals?
Australia’s patent law requires novelty, inventive step, and utility. It also emphasizes sufficient disclosure and clear claims. The patent system is similar to other jurisdictions but may have nuanced interpretations influencing patent scope.

3. Can a core pharmaceutical patent like AU2017232080 be challenged post-grant?
Yes, through procedures like opposition or post-grant invalidity petitions, challengers can argue lack of novelty or inventive step.

4. How important is patent landscape analysis in pharma R&D?
It’s critical for identifying freedom-to-operate, avoiding infringement, and guiding innovation directions.

5. What strategies can extend the commercial lifespan of a pharmaceutical patent?
Developing secondary patents, patenting new formulations or delivery methods, and continuously monitoring patent expiry timelines are effective strategies.


References

  1. Australian Patent Office (AusPat). Official patent documentation and claim details.
  2. WIPO PCT Worldwide Patent Database. For global patent landscape insights.
  3. Legal Commentary on Australian Patent Law. [Source relevant legal guidance or IP law publications.]
  4. Pharmaceutical Patent Strategies. Industry reports on patent lifecycle management.

Note: The detailed specifics of AU2017232080, including exact claims and filing dates, are assumed placeholders owing to limited publicly available information. For precise and tailored legal or business advice, access to the full patent document and professional consultation are recommended.

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