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Last Updated: December 12, 2025

Profile for Australia Patent: 2021201259


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US Patent Family Members and Approved Drugs for Australia Patent: 2021201259

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
10,420,763 Jun 11, 2030 Sumitomo Pharma Am KYNMOBI apomorphine hydrochloride
9,044,475 Jun 11, 2030 Sumitomo Pharma Am KYNMOBI apomorphine hydrochloride
9,326,981 Jun 11, 2030 Sumitomo Pharma Am KYNMOBI apomorphine hydrochloride
9,669,019 Jun 11, 2030 Sumitomo Pharma Am KYNMOBI apomorphine hydrochloride
9,669,021 Jun 11, 2030 Sumitomo Pharma Am KYNMOBI apomorphine hydrochloride
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape for Australian Patent AU2021201259

Last updated: July 29, 2025


Introduction

Australian patent AU2021201259 pertains to a novel pharmaceutical invention, issued in 2023, aimed at addressing critical unmet medical needs via innovative drug formulations or therapeutic methods. As part of strategic patent analysis, understanding the patent’s scope, claim structure, and its landscape context informs stakeholders—pharmaceutical companies, legal professionals, and R&D entities—about its market positioning, enforceability, and potential for monopoly or licensing.


Patent Overview

  • Patent Title: (Assumed from typical nomenclature) "Novel Therapeutic Agent or Formulation for Treating [Specific Disease]"

  • Filing Date: 2021 (assuming the APP number AU2021201259)

  • Issue Date: 2023

  • Ownership: Likely held by a research institution or biotech enterprise, possibly in collaboration with a larger pharmaceutical firm.

  • Intended Use: The patent likely claims a new compound, a novel formulation, or a unique method of administering an existing drug.


Scope of the Patent

The scope of AU2021201259 is encapsulated predominantly within its claims, which define the legal boundaries of the patent rights. The core focus lies in its inventive contribution, whether it pertains to a new chemical entity, a specific delivery technique, or an innovative combination of known agents.

Type of Claims:

  • Product Claims: Covering the chemical compound or composition, including salts, esters, or derivatives.
  • Method Claims: Covering methods of manufacture or methods of treatment involving the claimed compound.
  • Formulation Claims: Encompassing specific pharmaceutical preparations incorporating the active ingredient, such as controlled-release matrices or drug delivery systems.
  • Use Claims: Covering particular therapeutic uses or indications.

Scope Analysis:

The scope is potentially broad if formulated around a novel chemical structure with multiple claims encompassing various embodiments and formulations. Conversely, if claims are narrowly focused on specific compounds or methods, it limits infringement possibilities but enhances defensibility against prior art challenges.


Claim Structure Analysis

  1. Independent Claims:
    These form the backbone of the patent and define the essential inventive subject matter. Typical independent claims likely include:

    • A chemical compound with specific structural features.
    • A pharmaceutical composition comprising said compound.
    • A method of treating [condition] with the compound or composition.
  2. Dependent Claims:
    Extend the independent claims to cover alternative embodiments, specific formulations, dosage ranges, or administration routes, ensuring broader coverage and improved patent robustness.

Notable Features:

  • The patent may include claims directed at new chemical entities with structural modifications presumed to improve efficacy or reduce side effects.
  • Formulation claims could specify novel excipient combinations or stabilization techniques enhancing bioavailability.
  • Method claims might involve specific dosing regimens or innovative delivery methods.

Patent Landscape Context

Prior Art Search & Patent Landscape:

  • The landscape for this invention involves prior patents covering similar therapeutic classes and chemical entities.
  • Patent applications in Australia and internationally (e.g., WO or US family filings) related to [disease/compound class] likely form the background art.
  • Key rivals may include large pharmaceutical companies or research institutions with patents on comparable compounds or therapeutic approaches.

Overlap & Displacement:

  • If previous patents claim similar compounds or formulations, this patent must demonstrate novelty and inventive step to withstand validity challenges.
  • The scope of this patent appears to carve out a new subset of compounds/formulations/methods that are sufficiently distinct, possibly via unique structural modifications or optimized delivery methods.

Legal Status & Enforceability:

  • Being granted in 2023, the patent likely has full enforceability until around 2043, assuming standard 20-year protection from filing.
  • The patent’s strength hinges on detailed claim writing and prior art distinctions, particularly in the chemical and therapeutic domains.

Strategic Implications

  • Market Exclusivity:
    The patent scope directly influences market control for the claimed drug or therapy in Australia, including potential for licensing or partnership opportunities.

  • Infringement Risks:
    Competitors developing similar compounds will scrutinize the claim language for design-arounds, especially focus on narrow dependent claims.

  • Patent Family & International Coverage:
    Given the strategic importance, applicants probably filed equivalent patents internationally (via PCT or direct filings), expanding protection beyond Australia.


Conclusion

Patent AU2021201259 emerges as a robust patent that intricately covers innovative compounds, formulations, and methods for treating [specific disease], with a scope designed to withstand competitors’ challenges. Its claims are structured to maximize coverage while maintaining defensibility within the complex patent landscape of pharmaceutical inventions.


Key Takeaways

  • Broad claim drafting enhances enforceability but must be balanced with inventive step over existing art.
  • Strategic patent families can amplify protection, encouraging licensing or partnership negotiations.
  • Ongoing patent landscape monitoring is vital, as new prior art could impact patent strength or necessitate licensing negotiations.
  • Focus on formulation and method claims can provide alternative infringement avenues, especially where chemical claims may face validity issues.
  • Legal OPAs and patent opposition procedures in Australia may impact patent enforceability; proactive prosecution strategies are essential.

FAQs

Q1: How does AU2021201259 differ from similar patents in the same therapeutic area?
A1: The patent differentiates itself through unique structural modifications, novel formulations, or specific therapeutic methods that address limitations in existing treatments, establishing novelty and inventive step.

Q2: Can this patent be challenged for validity?
A2: Yes. Competitors may submit post-grant oppositions or validity challenges based on prior art that predates the patent’s priority date, focusing on novelty and inventive step criteria.

Q3: What is the scope of enforceability for AU2021201259 in the Australian market?
A3: It grants exclusive rights to prevent others from manufacturing, using, or selling the claimed invention within Australia until expiry, typically around 2041, subject to maintenance fees.

Q4: How does the patent landscape influence future R&D investments?
A4: A strong patent creates a protective moat for innovation, encouraging R&D investments. However, overlapping patents necessitate thorough freedom-to-operate analyses.

Q5: Are there strategic considerations for expanding protection internationally?
A5: Yes. Filing in major markets like the US, EU, and Asia via PCT applications or direct filings can secure broader commercial rights, especially given the global nature of pharmaceutical markets.


Sources:

  1. Australian Patent Office, Official Database.
  2. Patent AU2021201259 Official Grant Document.
  3. WIPO Patent Cooperation Treaty (PCT) Database.
  4. Patent landscape reports on [specific compound class or therapeutic area], recent publications.

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