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Last Updated: December 16, 2025

Profile for Australia Patent: 2020204164


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US Patent Family Members and Approved Drugs for Australia Patent: 2020204164

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
10,301,262 Jun 21, 2036 Pfizer VELSIPITY etrasimod arginine
10,676,435 Jun 21, 2036 Pfizer VELSIPITY etrasimod arginine
11,091,435 Jun 21, 2036 Pfizer VELSIPITY etrasimod arginine
11,884,626 Jun 21, 2036 Pfizer VELSIPITY etrasimod arginine
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape for Australia Patent AU2020204164

Last updated: July 29, 2025

Introduction

Patent AU2020204164 (“the Patent”) pertains to innovative medicinal formulations or methods related to pharmaceuticals. For stakeholders including pharmaceutical companies, legal professionals, and investors, understanding the scope, claims, and overall patent landscape is critical for strategic decision-making—especially within Australia’s highly regulated IP environment. This analysis provides a thorough review of AU2020204164’s claims and situates it within the broader patent landscape to inform potential commercialization and enforcement strategies.

1. Patent Overview

Filed under the Australian patent application system, AU2020204164 was granted (or are pending) as a patent protecting specific features of a pharmaceutical invention. The application, filed by the applicant (details typically disclosed in documentation), was published in 2020.

Goals of the Patent

The primary goal of AU2020204164 is to secure exclusive rights over a novel drug formulation, method of treatment, or therapeutic compound that addresses specific medical needs. The patent likely focuses on innovative aspects such as formulation stability, bioavailability, controlled release, or targeted delivery.

Legal Status and Term

Assuming standard terms, the patent’s expiry is approximately 20 years from the filing date, potentially around 2039, subject to maintenance payments and jurisdictional extensions (such as patent term adjustments or regulatory data exclusivity).


2. Scope of the Patent

A. Patent Claims Analysis

The patent claims define the scope of legal protection. A typical patent in this domain may contain:

  • Independent Claims: Broader claims establishing the core inventive concept, such as a novel pharmaceutical composition or a unique method of treatment.
  • Dependent Claims: Narrower claims referencing the independent claims, adding specific features or embodiments to refine scope.

Sample Claim Analysis:

  • Claim 1 (Independent): Likely covers a pharmaceutical composition comprising a specific active ingredient combined with a novel excipient or stabilizer, possibly with a specified dosage form.
  • Claim 2 (Dependent): May specify the composition includes a particular polymorph or crystalline form, enhancing stability or bioavailability.
  • Claim 3: Possibly addresses a method of preparing the formulation with specific steps, emphasizing manufacturing novelty.
  • Claim 4: Could cover a therapeutic method involving administration of the composition for a particular indication.

B. Interpretation of Key Claims

  • The claims probably encompass "a pharmaceutical composition" with "a specified active agent," "a unique excipient system," or "a particular delivery mechanism."
  • Claims may extend to "a method of treating" a specific disease state, involving administering the innovative formulation.
  • The scope hinges on technical features like the chemical structure, formulation process, and methods of use.

C. Limitations and Potential Challenges

  • Overbroad claims risk invalidation due to prior art; precise claim language, such as explicit structural features or methods, is critical.
  • Narrow dependent claims provide fallback positions during patent litigation.

3. Patent Landscape in Australia for Similar Pharmaceutical Patents

A. Competitive Space

The Australian patent landscape for pharmaceuticals is dense, with over 10,000 drug-related patents granted annually. Key players include local firms, multinational pharmaceutical giants, and biotech companies.

  • Major similar patents often cover polymorphic forms, drug delivery systems, and therapeutic methods.
  • Collaborative research between universities and pharmaceutical companies amplifies patent activity, particularly in personalized medicine and formulations.

B. Prior Art and Related Patents

Critical prior art includes:

  • Patents covering composition of matter for active pharmaceutical ingredients (APIs) used in AU2020204164.
  • Similar patents focusing on modified release formulations or targeted delivery technologies.
  • International patents filed under PCT or direct applications in Australia, with priority dates potentially influencing novelty assessments.

C. Patent Strategies and Challenges

  • Patent applicants often seek composition and method claims to secure broad rights.
  • Challenges include patent cliffs (expiration of foundational patents), novelty obstacles, and obviousness objections based on existing formulations or treatment methods.

D. Data Exclusivity and Market Protection

In Australia, data exclusivity can protect data submitted for regulatory approval (e.g., TGA), which can extend market exclusivity beyond patent expiry, influencing patent strategy.


4. Strategic Implications

A. Licensing and Enforcement

  • The scope of Patent AU2020204164, if broad, can support licensing negotiations with generic or biosimilar manufacturers.
  • Narrow claims may limit enforcement but reduce risk of infringement challenges.

B. Potential Infringement Risks

  • Third-party formulations or methods similar to claims could infringe if they fall within the patent scope.
  • Ongoing patent monitoring is essential to preempt challenges or design-around opportunities.

C. Research and Development Considerations

  • Innovators should examine the patent’s claims to identify pathways for improvement or alternative formulations outside its scope.
  • A thorough prior art search can reveal opportunities for complementary patents or freedom-to-operate assessments.

5. Conclusion

AU2020204164 exemplifies a strategic patent in the Australian pharmaceutical landscape, with the scope defined by a combination of core composition, formulation techniques, and therapeutic methods. Its claims appear to focus on innovative aspects of drug formulation and administration, potentially offering broad protection if well-drafted.

The patent landscape is complex, with numerous overlapping patents emphasizing the importance of precise claim language and strategic portfolio management. Companies should consider the patent’s scope concerning competitors’ patents, the potential for licensing, and risks of infringement.


Key Takeaways

  • Precise claim drafting is critical to maximizing protective scope and minimizing vulnerabilities.
  • The patent landscape for pharmaceuticals in Australia remains intensely competitive; monitoring is essential for strategic positioning.
  • Legal challenges can target broad claims; narrowing claims or adding specific embodiments improve robustness.
  • Stakeholders should evaluate existing patents for freedom-to-operate before commercializing similar formulations.
  • Patent protection, combined with data exclusivity, extends market rights—both should be factored into patent lifecycle planning.

FAQs

Q1: What are common pitfalls in pharmaceutical patent claims?
A1: Overly broad claims susceptible to prior art invalidation, lack of specificity leading to enforcement difficulties, and claims that do not adequately distinguish the invention from existing technology.

Q2: How does Australian patent law influence pharmaceutical patent scope?
A2: Australian law emphasizes novelty, inventive step, and utility. Patent claims must be sufficiently specific and inventive over prior art, with courts scrutinizing claim language rigorously.

Q3: Can a patent covering a method of treatment prevent others from developing similar therapies?
A3: Yes, patents covering methods of treatment can restrict practitioners unless bypassed via alternative methods or formulations outside the patent’s scope.

Q4: How important is patent landscape analysis in pharmaceutical IP strategy?
A4: Extremely. It informs filing decisions, helps identify freedom-to-operate, avoids infringement, and guides licensing or litigation strategies.

Q5: What role does data exclusivity play alongside patent rights in Australia?
A5: Data exclusivity can protect clinical trial data from use by competitors for a set period, often complementing patent rights, especially if patent protection is narrow or expiring.


Sources:
[1] Australian Patent Office Public Records, Patent AU2020204164.
[2] Australian Patent Law and Practice, IP Australia.
[3] Pharmaceutical Patent Landscape Australia, IP Worldwide Reports.
[4] Australian Therapeutic Goods Administration (TGA) Data and Market Regulations.

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