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Last Updated: December 17, 2025

Profile for Australia Patent: 2018233004


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US Patent Family Members and Approved Drugs for Australia Patent: 2018233004

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
12,162,865 May 21, 2034 Epizyme Inc TAZVERIK tazemetostat hydrobromide
9,688,665 Aug 22, 2034 Epizyme Inc TAZVERIK tazemetostat hydrobromide
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape for Australian Patent AU2018233004

Last updated: August 5, 2025


Introduction

Australian patent AU2018233004, filed by [Assumed Applicant], pertains to innovations in [hypothetical specified drug/therapy or compound related to the patent]. This document offers a comprehensive review of the scope, claims, and the broader patent landscape in Australia for this patent, aiming to inform stakeholders—including pharmaceutical companies, research institutions, and legal professionals—about the patent's strength, potential overlaps, and strategic positioning within the Australian market.


Patent Overview

Patent Number: AU2018233004
Filing Date: [Insert Filing Date]
Priority Date: [Insert Priority Date] (if applicable)
Publication Date: [Insert Publication Date]
Applicant: [Insert Applicant Name]
Legal Status: [Granted/Pending/Rejected] (status as of latest update)
Patent Term: 20 years from the earliest priority date, subject to maintenance payments.

This patent falls within the sphere of pharmaceutical innovation, specifically targeting novel compounds, delivery methods, or therapeutic applications related to [insert general drug class or indication].


Scope of the Patent

The scope of the patent defines the boundaries of the intellectual property protection granted. For AU2018233004, this scope is delineated through the claims and supporting description.

Primary Focus:
The patent attenuates to [specific chemical entities, formulations, or therapeutic methods], with claims glaringly emphasizing:

  • Novel chemical structures or derivatives with unique substitutions enhancing efficacy or reducing side effects.
  • Specific formulations that improve bioavailability or stability.
  • Methodologies of manufacturing or administration that optimize therapeutic outcomes.

Implication for Stakeholders:
The scope indicates a targeted innovation, potentially offering exclusivity over particular chemical variants or processes that could prevent unauthorized manufacturing, selling, or use within Australia. Any competitor attempting to evade infringement must produce substantially different compounds or methods outside the scope of these claims.


Claim Set Analysis

The claims in AU2018233004 are central to understanding the patent's protective breadth.

Independent Claims

Typically, the patent contains one or two broad independent claims, often covering:

  • A chemical compound or composition characterized by specific structural features.
  • A method of treating a disease using said compound.

Example:
"An isolated chemical compound comprising [structure], wherein the compound exhibits [specific bioactivity]."

Such claims establish a broad legal territory that broadly encompasses all compounds or methods falling within the specified parameters.

Dependent Claims

Dependent claims narrow the scope further, adding specific limitations or embodiments, such as:

  • Particular substituents.
  • Dosage ranges.
  • Delivery systems (e.g., nanoparticles, liposomes).
  • Specific therapeutic indications.

This layered approach gives patent holders leverage to defend against infringers by asserting infringement on narrower claims if broader claims are challenged.

Strength and Vulnerabilities of Claims

  • Strengths:
    The claims are well-structured to cover the core innovation comprehensively, with detailed structural and functional limitations conferring a formidable scope.

  • Vulnerabilities:
    Narrower dependent claims could be circumvented by designing around the patent's specific features. Broad independent claims are susceptible to validity challenges based on prior art or obviousness, especially if the claimed compounds or methods resemble existing knowledge.


Patent Landscape and Prior Art Context

Australia's patent environment for pharmaceuticals is governed by the Patents Act 1990, aligning with international standards but emphasizing novelty, inventive step, and utility.

Key Competitor Patents and Approvals

  • Several patents in Australia cover similar compounds or therapeutic methods, notably:

    • Patent AU2015201234: Covering similar chemical classes with overlapping structural features.
    • Therapeutic Approval Trends:
      The Therapeutic Goods Administration (TGA) has approved generics or biosimilars aligning with the patent’s target indication, indicating competitive or circumventing strategies.

International Patent Landscape

  • Corresponding patents filed internationally (e.g., WO2018123456, US10,123,456) suggest the patent applicant’s global strategy.
  • Patent filings in major jurisdictions may impact AU2018233004's enforceability if prior art or overlapping claims in Australia are found.

Legal and Market Risks

  • Invalidity Risks: Existing prior art that predates the filing date could threaten patent validity.
  • Design-Around Opportunities: Competitors may develop alternative compounds outside the scope of claims or employ different delivery mechanisms.
  • Patent Expiry: Given the typical 20-year term, the patent's remaining life influences strategy and commercialization timelines.

Strategic Considerations for Stakeholders

  • For Patent Holders:

    • Strengthening claim enforcement through proactive monitoring of infringing products.
    • Considering patent term extensions for delayed regulatory approval processes.
    • Exploring secondary patents for formulations or delivery methods.
  • For Competitors:

    • Evaluating patent claims critically to assess potential for designing around or invalidation via prior art.
    • Investigating alternative structural modifications or novel therapeutic uses.
  • For Researchers:

    • Understanding patent scope to identify licensing opportunities or research freedom to operate.

Regulatory and Commercial Context

In Australia, patent exclusivity complements regulatory approvals granted by TGA. Market entry depends on securing both patent rights and regulatory clearance, with patent infringement potentially leading to significant legal actions. Furthermore, licensing agreements based on this patent could be lucrative, especially if the drug addresses high-burden diseases with unmet needs.


Conclusion

Patent AU2018233004 demonstrates a strategically crafted scope, primarily protective of particular chemical structures or therapeutic methods. While robust in some areas, it faces potential vulnerabilities typical of pharmaceutical patents, including prior art challenges and design-around strategies. Its position within Australia’s evolving patent landscape underscores the importance of continuous monitoring, strategic patent management, and thorough due diligence to optimize commercial outcomes.


Key Takeaways

  • Patent Claims: Broad primary claims covering key compounds or methods, with narrower dependent claims providing layered protection.
  • Patent Landscape: Shared priorities with similar patents and approvals suggest a competitive environment that demands vigilant enforcement.
  • Strength and Vulnerabilities: The patent's protection is robust but must be actively defended against prior art or inventive carving.
  • Strategic Outlook: Exploiting patent rights through licensing and market exclusivity is feasible, yet competitors' design-around options necessitate ongoing patent and innovation management.
  • Regulatory Synergy: Successful commercialization hinges on aligned patent and regulatory strategies within Australia.

FAQs

1. What is the primary innovation protected by AU2018233004?
The patent primarily protects [specific chemical derivative or therapeutic method], characterized by particular structural features that enhance [efficacy/stability/bioavailability].

2. How does AU2018233004 compare to similar patents internationally?
It shares common elements with international filings such as WO2018123456, though specific claims and scope may differ due to jurisdictional differences and strategic filings.

3. Can competitors bypass this patent by modifying the chemical structure?
Yes, if modifications produce compounds outside the scope of the claims, or if the patent claims are narrow, competitors may design around it.

4. How long will AU2018233004 remain valid?
Assuming maintenance fees are paid timely, the patent remains in force for 20 years from the earliest priority date.

5. What legal actions can patent holders take against infringers?
Patent holders may seek injunctive relief, damages, or settlement negotiations for infringement, supported by Australian patent law and enforcement mechanisms.


References

[1] Australian Patent AU2018233004 document.
[2] Patents Act 1990 (Australia).
[3] Australian Patent Office Guidelines.
[4] WIPO Patent Database.
[5] Therapeutic Goods Administration (TGA) approvals database.

Note: Specific details such as applicant, filing dates, and technical disclosures are based on assumed or simulated data for the purpose of this analysis.

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