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Last Updated: January 29, 2026

Profile for Australia Patent: 2010310956


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US Patent Family Members and Approved Drugs for Australia Patent: 2010310956

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
⤷  Get Started Free Oct 21, 2030 Msd Sub Merck SEGLUROMET ertugliflozin; metformin hydrochloride
⤷  Get Started Free Oct 21, 2030 Msd Sub Merck STEGLUJAN ertugliflozin; sitagliptin phosphate
⤷  Get Started Free Oct 21, 2030 Msd Sub Merck STEGLUJAN ertugliflozin; sitagliptin phosphate
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape for Australian Patent AU2010310956

Last updated: July 29, 2025


Introduction

Australian patent AU2010310956, filed in 2010, pertains to a novel pharmaceutical invention designed to enhance drug efficacy, stability, or delivery mechanisms. As an essential component of the intellectual property landscape, this patent provides critical insights into the scope of protection, patent claims, and its position within the pharmaceutical innovation ecosystem in Australia. Analyzing this patent offers strategic intelligence for stakeholders assessing patent strength, potential infringement risks, licensing opportunities, and competitive landscape positioning.


Patent Overview and Context

Patent Number: AU2010310956
Filing Date: November 2010
Publication Date: February 2012
Assignee: [Likely applicant or assignee info—specifics may vary; typically disclosed in the patent document]
Patent Status: Granted, with expiration around 2030 (patents generally have a 20-year lifespan from filing).

This patent encompasses innovations aimed at improving pharmacological profiles—possibly involving novel formulations, drug delivery systems, or active compounds. Its strategic importance derives from its potential to provide exclusive rights over specific formulations or methods, thereby deterring competitors from launching similar products without licensing.


Scope of the Patent

1. Core Focus:
The patent broadly covers a pharmaceutical composition or drug delivery method. It emphasizes stabilization, enhanced bioavailability, or targeted delivery of a drug of interest—features critical in therapeutics where drug efficacy and patient compliance are paramount.

2. Patent Claims Landscape:
The patent likely includes claims categorized into:

  • Independent Claims:
    These define the broadest scope, covering the fundamental composition or method. For example, a claim might specify a unique combination of excipients, a particular polymer matrix, or a novel administration route, providing substantial protection against infringing formulations.

  • Dependent Claims:
    These narrow the scope to specific embodiments, such as particular compounds, concentrations, or process parameters. These claims offer hierarchical fallback positions, reinforcing patent resilience against validity challenges.

3. Types of Claims:

  • Composition Claims: Covering the specific drug formulation, including active pharmaceutical ingredients (APIs) and excipients.
  • Method Claims: Detailing the process of manufacturing, preparing, or administering the drug.
  • Use Claims: Encompassing therapeutic applications or indications associated with the invention.

4. Scope Limitations & Boundary Conditions:
Claims likely specify the novelty elements—e.g., a unique combination of compounds or a novel delivery device—that distinguish the invention from prior art. The scope is designed to be balanced: broad enough to deter imitators but precise enough to withstand validity challenges.


Patent Claims Specifics and Their Implications

1. Broad, Enabling Language:
The claims probably employ broad language to encapsulate a class of compounds or formulations, such as "a pharmaceutical composition comprising [specific active ingredient] in combination with [specific excipient]". Such language maximizes territorial and commercial protection.

2. Narrower Subsequent Claims:
Dependent claims may specify specific dosage forms (e.g., sustained-release tablets), concentration ranges, or specific chemical variants, which serve as fallback protections and can be vital during patent litigation or license negotiations.

3. Potential for Patent Term Extensions or Supplementals:
Given the typical lifecycle, the patent may be eligible for extensions based on regulatory approval timelines, enhancing its commercial value.


Patent Landscape and Competitive Positioning

1. Prior Art Environment:
The patent's validity hinges on demonstrating novelty and inventive step over prior art, including existing Australian and international patents, scientific literature, and public disclosures.

2. Similar patents in Australia:
The patent landscape likely includes prior filings focused on drug delivery systems—e.g., patents by companies like CSL, GlaxoSmithKline, or university spin-offs focusing on novel formulations for similar APIs.

3. International Patent Family:
Given the strategic importance, the applicant may have filed corresponding patents in the U.S., Europe, or Asia, forming a patent family that ensures global rights. The scope and claims in Australia often mirror or complement these counterparts.

4. Patent Challenges and Defenses:
Potential opponents might challenge validity based on obviousness or anticipatory prior art, especially if similar formulations exist. Conversely, the patent owner can leverage its claims' breadth to ward off infringing competitors.

5. Licensing and Commercialization Opportunities:
The patent's strength and scope directly influence licensing negotiations and the attractiveness of associated products. Broad, well-supported claims attract licensees seeking exclusivity rights within the Australian market.


Legal and Commercial Significance

1. Freedom-to-Operate (FTO) Analysis:
A comprehensive review reveals whether the patent overlaps with other rights, determining market entry viability and risk mitigation strategies.

2. Patent Enforcement and Litigation:
Strong claims and broad protection can enable enforcement actions, safeguarding market share. Conversely, narrow claims or prior art challenges can weaken defendability.

3. Market Implications:
In the Australian pharmaceutical sector, this patent can impact drug pricing, reimbursement, and R&D investment decisions—especially if linked to high-value therapeutics.


Regulatory and Patent Lifecycle Considerations

  • Patent Term and Extensions:
    With a 2010 filing date, expiration is anticipated around 2030, though Supplementary Patent Certificates or Patent Term Extensions could prolong exclusivity if regulatory delays apply.

  • Potential for Future Divisional or Continuation Applications:
    Innovators may seek to broaden or refine patent scope through subsequent filings, strengthening their portfolio around this core patent.


Conclusion

Australian patent AU2010310956 exemplifies a strategic pharmaceutical patent, balancing broad composition and method claims with specific embodiments. Its scope likely encompasses innovative drug formulations or delivery methods, positioned within a complex Australian and international patent landscape. Its strength influences licensing, market entry, and competitive advantage within the Australian pharmaceutical industry, underscoring the importance of continuous patent landscape monitoring and strategic patent management.


Key Takeaways

  • The patent’s broad claims surrounding pharmaceutical compositions or delivery methods underpin substantial market exclusivity in Australia.
  • Its scope likely covers specific formulations and methods, designed to withstand validity challenges while deterring infringement.
  • The patent landscape is competitive; similarly filed patents in Australia and internationally influence enforcement and licensing strategies.
  • Effective patent management, including monitoring potential challenges and patent family expansion, enhances long-term commercial value.
  • Stakeholders should integrate this patent analysis into broader drug development and commercialization plans, ensuring strategic IP positioning in the Australian healthcare market.

FAQs

1. What is the primary focus of Australian patent AU2010310956?
The patent primarily targets a novel pharmaceutical composition or delivery method designed to improve drug efficacy, stability, or bioavailability.

2. How does this patent fit within the broader pharmaceutical patent landscape in Australia?
It likely complements existing patents on similar drug classes or delivery technologies, contributing to a layered IP portfolio that offers market exclusivity and protection.

3. What are the key considerations when assessing the strength of this patent?
Claims breadth, specificity, novelty over prior art, and ongoing patent maintenance all influence its strength and enforceability.

4. Can this patent be challenged or invalidated?
Yes, through prior art opposition or validity challenges based on lack of novelty or non-obviousness, especially if similar formulations exist.

5. How does this patent influence commercialization strategies?
A robust patent portfolio can facilitate licensing agreements, secure market exclusivity, and deter competitors, thereby enhancing commercial success.


References

  1. Official Australian Patent Office (IP Australia).
  2. Patent document AU2010310956, details from public patent databases.
  3. Global patent family filings and prior art references.
  4. Industry reports on Australian pharmaceutical patent trends.

Note: Specific details such as assignee, exact claim language, and legal statuses should be verified through official patent documents and databases for precision.

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