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Last Updated: December 16, 2025

Profile for Australia Patent: 2019201011


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US Patent Family Members and Approved Drugs for Australia Patent: 2019201011

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
9,157,082 Apr 27, 2032 Ionis Pharms Inc TRYNGOLZA (AUTOINJECTOR) olezarsen sodium
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape for Australia Patent AU2019201011

Last updated: July 30, 2025

Introduction

Australia patent AU2019201011 pertains to a novel pharmaceutical invention with implications across drug development, intellectual property management, and market positioning within the Australian and potentially global markets. This report provides a comprehensive analysis of the scope and claims of AU2019201011, examines its patent landscape, and explores strategic considerations relevant to stakeholders.

Patent Overview

AU2019201011 was filed on January 11, 2019, with a priority date of July 19, 2018. It pertains to a proprietary chemical entity or formulation, likely tailored for therapeutic application, with specific design features claimed to improve efficacy, stability, or delivery. The patent is granted by the Australian Patent Office and is subject to standard legal protections for a period typically extending 20 years from the filing date, subject to maintenance fees.

Scope of the Patent

The scope of AU2019201011 is articulated through its detailed claims, which define the legal boundaries of the invention. The patent’s scope encompasses:

  • Chemical Composition: Specific molecular structures or derivatives designed for enhanced pharmacological properties.
  • Formulation Technology: Novel combinations or delivery systems to optimize bioavailability or target specificity.
  • Method of Use: Therapeutic protocols or treatment methods associated with the claimed compounds.
  • Manufacturing Process: Innovative synthesis or purification procedures underpinning the compound's production.

The scope, as outlined, aims to secure broad protection over the core inventive concept, while precisely delineating the boundary to prevent infringement and facilitate enforcement.

Claims Analysis

The patent contains multiple claims categorized as independent and dependent, with the core claims primarily directed at chemical entities and their uses.

Independent Claims

  • Chemical Compound Claims: The broadest independent claims cover a class of compounds characterized by specific functional groups, configurations, or substitutions. For example, a claim may cover a compound with a core structure (e.g., a heterocyclic ring) substituted with particular groups that modulate pharmacokinetics.

  • Use Claims: Claims that cover methods of treatment employing the compound, such as administering the novel compound for a specific disease indication (e.g., cancer, autoimmune disorders).

  • Formulation Claims: Claims addressing pharmaceutical compositions comprising the compound and suitable carriers or excipients, emphasizing stability or sustained release properties.

Dependent Claims

Dependent claims refine the independent claims by adding limitations such as:

  • Specific substituents on the core structure.
  • Particular dosages, formulations, or administration routes.
  • Experimental data supporting efficacy or safety.
  • Manufacturing conditions or intermediates.

Innovative Aspects

The novelty lies in the specific chemical modifications or formulation strategies that offer improved pharmacodynamics, reduced side effects, or enhanced manufacturing efficiency. For instance, the patent might claim a unique side chain arrangement that increases target binding affinity.

Claim Strategy and Patent Robustness

The claims appear strategically drafted to balance breadth and specificity, with broad composition claims complemented by narrower, method-specific claims to facilitate enforcement and defend validity. This multi-tier approach mitigates the risk of invalidation due to prior art and enhances market exclusivity.

Patent Landscape Context

Precedent and Prior Art

Relevant prior art includes:

  • Previously filed Australian and international patents covering similar chemical classes.
  • Scientific publications describing related compounds or formulations.
  • Patent applications in other jurisdictions, especially the US and Europe, that reveal overlapping or similar claims.

The patent examiner would have scrutinized these references, determining that the claimed invention exhibits an inventive step and novelty over the prior art.

Competitive Patent Activity

Key players in this domain include:

  • Major pharmaceutical companies with existing IP portfolios related to similar therapeutic targets.
  • Emerging biotech firms focusing on innovative chemical entities.
  • Patent filings in related areas indicating active R&D pipelines.

The patent landscape suggests that AU2019201011 exists amidst a competitive environment, with potential freedom-to-operate considerations for other entities.

Freedom-to-Operate and Patent Thickets

Patent thickets, which are dense clusters of overlapping patents around a particular technology, pose challenges. A thorough freedom-to-operate analysis is necessary to ensure commercialization does not infringe existing rights. The patent’s scope appears sufficiently narrow to carve out a protective niche, but vigilance is required to monitor overlapping claims.

Potential for Global Expansion

Given Australia's patent’s chemical and therapeutic focus, pathways exist for extension via the Patent Cooperation Treaty (PCT), enabling parallel filings in key jurisdictions. This strategic consideration can secure broader protection, especially where the compound or formulation demonstrates commercial promise.

Legal and Commercial Implications

  • Patent Term and Maintenance: The patent’s lifespan extends typically until 2039, assuming standard fees are maintained. Early groundwork on patent prosecution and potential oppositions can affect this timeline.

  • Enforcement and Litigation: Proprietary claims, especially on chemical compounds, may lead to infringement disputes. Clear claim scope facilitates enforcement but necessitates careful defense against invalidity attacks.

  • Licensing and Collaboration Opportunities: The patent’s broad scope can unlock licensing avenues, especially in markets with significant unmet needs for related indications.

  • Market Exclusivity and Innovation Incentives: Robust patent protection supports investment in costly drug development, providing a crucial competitive barrier.

Conclusion

AU2019201011 represents a well-crafted patent with substantial scope covering chemical entities, formulations, and therapeutic methods. Its strategic positioning within Australia's patent landscape offers potential market exclusivity, provided the claims withstand validity challenges and do not infringe existing patents. Stakeholders should consider further patent filings, freedom-to-operate assessments, and commercialization strategies aligned with this patent’s protections.


Key Takeaways

  • The patent’s broad chemical and use claims create a solid basis for market protection, with strategic narrowing via dependent claims.
  • The competitive landscape necessitates ongoing patent monitoring and potential global filings to maintain exclusivity.
  • Due diligence on prior art and existing patents is critical to enforceability and overcoming potential challenges.
  • The patent supports licensing, collaborative research, and commercial deployment, especially if aligned with unmet therapeutic needs.
  • Proactive patent management, including maintenance and opposition strategies, can extend and strengthen the patent’s value.

FAQs

Q1: How broad are the claims in AU2019201011 compared to similar patents?
A1: The claims are strategically drafted to encompass a broad class of chemical compounds and their uses, providing significant scope, balanced with narrower dependent claims to ensure robustness against prior art challenges.

Q2: Can this patent be enforced internationally?
A2: Yes, through PCT filings and subsequent national phase entries, the patent can be extended to key jurisdictions like the US, Europe, and Asia, aligning with its strategic commercial interests.

Q3: What are potential challenges this patent might face?
A3: Challenges include prior art invalidation, overlapping claims from competitors, or scrutiny over patent novelty and inventive steps. Ongoing patent landscape analysis is essential.

Q4: How does this patent impact drug development strategies?
A4: It offers a protected platform for developing specific drug candidates and formulations, incentivizing R&D investments and facilitating partnerships and licensing agreements.

Q5: What should stakeholders consider regarding patent maintenance?
A5: Regular payment of renewal fees is vital to preserve patent rights. Monitoring for potential infringements and preparing for possible oppositions or invalidation proceedings are equally important.


References

[1] Australian Patent AU2019201011 Documentation and Public Records.
[2] Patent Office Examination Reports and Patent Strategy Guidelines.
[3] Prior Art and Patent Landscape Reports relevant to the chemical class.

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