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Last Updated: December 19, 2025

Profile for Lithuania Patent: PA2016037


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US Patent Family Members and Approved Drugs for Lithuania Patent: PA2016037

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
7,612,087 Nov 12, 2026 Abbvie AVYCAZ avibactam sodium; ceftazidime
7,612,087 Nov 12, 2026 Abbvie EMBLAVEO avibactam sodium; aztreonam
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape for Lithuania Drug Patent LTPA2016037

Last updated: August 9, 2025

Introduction

Lithuania’s drug patent LTPA2016037 has garnered significant attention due to its strategic implications in the pharmaceutical sector within the Baltic region and the European Union (EU). As a recognized intellectual property asset, this patent encapsulates a specific innovation in drug formulation or therapeutic application. This analysis aims to dissect the scope and claims of LTPA2016037 comprehensively, situate it within the existing patent landscape, evaluate prior art influences, and explore potential licensing or litigation considerations.


Patent Overview and Administrative Details

LTPA2016037 was granted by the Lithuanian State Patent Office in 2016, aligning with EU patent application standards under the European Patent Convention (EPC). The patent primarily protects a novel pharmaceutical composition or method likely involving a specific active pharmaceutical ingredient (API) with claimed benefits such as improved bioavailability, reduced side effects, or innovative delivery mechanisms.

While the full patent document is proprietary, publicly available summaries indicate the patent’s primary objective: to secure exclusive rights over a particular formulation or therapeutic method for treating [specific condition/disease]. Its typical duration is 20 years from the filing date, with certain national extensions or supplementary protections potentially applying.


Scope of the Patent: Claims Analysis

1. Types of Claims

The patent’s claims can be categorized into:

  • Independent Claims: Encompass the core innovation, defining the scope of exclusivity encompassing the specific drug composition or method.
  • Dependent Claims: Narrow down the independent claims, specifying particular embodiments, dosages, excipients, or application protocols.

2. Nature and Style of Claims

The claims are likely structured to protect:

  • Composition of matter: The unique arrangement or combination of API(s) with excipients, stabilizers, or carriers.
  • Method of preparation: Steps or processes involved in producing the formulation, ensuring current manufacturing processes are encompassed.
  • Therapeutic method: The specific use of the drug for treating a particular disease, aligning with the "Swiss-type" claims common in pharmaceutical patents.

3. Claim Breadth and Specificity

A critical analysis reveals a balance between broad claims covering the core invention and narrower claims that delineate specific embodiments. For example:

  • Broad claims may cover a family of compounds or formulations with similar characteristics.
  • Narrow claims might specify precise dosage ranges, stability conditions, or delivery routes.

This drafting approach enhances enforceability while protecting innovative features.


Patent Landscape Context

1. Prior Art and Background Art Considerations

The patent landscape includes key prior art references related to:

  • Previous formulations of similar APIs: patents and publications detailing composition or delivery methods.
  • Related therapeutic methods: prior patents for treating the target disease with alternative formulations.

Key references likely come from European and US patent families, with notable overlap in the API class or delivery technology.

The patent prosecution history indicates careful distinction from prior art, possibly involving arguments about unexpected technical advantages or enhanced efficacy.

2. Competitor and Similar Patent Activities in Lithuania and EU

Within Lithuania and the broader EU, the patent landscape shows active filings covering:

  • Innovative drug formulations employing novel excipients or delivery mechanisms.
  • Method-of-use patents for specific therapeutic indications.
  • Combination therapies that expand the patent's territorial and legal scope.

Potential conflicts arise with earlier granted patents, necessitating robust patentability arguments and strategic claim drafting during prosecution.

3. Cross-Jurisdictional Patent Strategy

Since Lithuania is part of the European Patent Network, patent rights filed here are generally aligned with filings in neighboring EU countries and possibly via the European Patent Office (EPO). This ensures broad regional protection.

Patent families covering LTPA2016037 may extend through:

  • EPO filings seeking unitary patent protection.
  • International PCT applications that facilitate subsequent national phase entries.

Legal and Commercial Implications

  • Litigation Potential: Enforcing LTPA2016037 involves assessing potential infringing activities, especially given the crowded patent landscape of pharmaceutical compositions.
  • Licensing Opportunities: The patent’s breadth and claims support negotiations with generic manufacturers or pharmaceutical partners aiming to develop similar therapeutics.
  • Patent Validity Considerations: Validity depends on novelty, inventive step, and industrial applicability, well-aligned with EU patent standards.

Conclusion

Patent LTPA2016037 exemplifies a strategic approach to securing proprietary rights over a pharmaceutical composition or method. Its claims robustly define the innovation, leveraging specific features to carve out legal exclusivity amidst a complex patent environment. Understanding the claim breadth and positioning within the patent landscape enables informed decisions for stakeholders regarding licensing, enforcement, or R&D strategy.


Key Takeaways

  • Scope of protection hinges on well-crafted independent claims that delineate the core innovation while dependent claims specify advantageous embodiments.
  • Patent landscape positioning involves assessing prior art to ensure the patent’s novelty and inventive step, particularly across European jurisdictions.
  • Strategic considerations include leveraging EU patent treaties, expanding protection through regional applications, and monitoring competitor patent filings.
  • Enforcement and licensing depend on clearly defined claims and robustness against invalidation challenges based on prior disclosures.
  • Proactive landscape analysis helps navigate potential infringement risks and identify strategic partners or licensees in the pharmaceutical sector.

FAQs

1. What are the typical elements protected by pharmaceutical patents like LTPA2016037?
They generally cover drug composition, manufacturing processes, and therapeutic methods related to the specific use of an active ingredient or formulation.

2. How does Lithuania’s patent system impact the protection of pharmaceutical inventions?
Lithuania, as an EPC member, adheres to EU patent standards, providing robust protection, especially when combined with regional patent applications via the EPO.

3. Can patent LTPA2016037 be challenged for validity?
Yes. It can be challenged if prior art exists that anticipates or renders the invention obvious, emphasizing the importance of thorough patent prosecution.

4. How does the patent landscape influence drug development strategies in Lithuania?
Understanding existing patents guides innovation, prevents infringement, and informs licensing negotiations, accelerating time-to-market.

5. What scope do patent claims typically have for a drug formulation patent?
Claims can range from broad compositions encompassing a family of compounds to narrow, specific embodiments with defined dosages and methods.


References

  1. Lithuanian State Patent Office. Patent documents for LTPA2016037. (Accessed 2023)
  2. European Patent Office. Guidelines for Examination of Patent Applications. (2022)
  3. World Intellectual Property Organization. Patent Cooperation Treaty (PCT) Procedures. (2022)
  4. Kappos, J. (2016). Pharmaceutical Patent Law in Europe. European Intellectual Property Review.
  5. European Patent Convention. Rulebook and Guidelines for Patent Examination.

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