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Last Updated: December 31, 2025

Profile for Croatia Patent: P20161680


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US Patent Family Members and Approved Drugs for Croatia Patent: P20161680

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
8,486,975 Aug 30, 2032 Msd Merck Co DELSTRIGO doravirine; lamivudine; tenofovir disoproxil fumarate
8,486,975 Aug 30, 2032 Msd Merck Co PIFELTRO doravirine
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape for Croatia Drug Patent HRP20161680

Last updated: August 11, 2025


Introduction

Croatia’s pharmaceutical patent HRP20161680 attributes to a strategic intellectual property positioning within the global drug landscape. This patent, registered under the Croatian Industrial Property Office (Croatia IPO), embodies specific claims that delineate the scope of protection for a particular drug formulation or process, contributing to both domestic and international pharmaceutical innovation. A comprehensive understanding of its scope, claims, and its patent landscape implications is crucial for stakeholders—including patent holders, competitors, and licensing entities—aiming to navigate the complex pharmaceutical patent ecosystem within Croatia and beyond.


Overview of Patent HRP20161680

The patent, filed with Croatian application number HRP20161680, was published in 2016, indicating an application filing likely occurred in the preceding year(s). Its main objective is to secure exclusive rights over a novel drug compound, formulation, manufacturing method, or therapeutic application, providing market exclusivity during the patent term, typically 20 years from the filing date.

While the exact therapeutic area or chemical composition is not explicitly stated here, similar patents generally encompass innovations in biologics, small molecule drugs, or combination therapies. The document’s core contribution lies in creating a proprietary niche that offers competitive advantages through patent exclusivity.


Scope of the Patent: Content and Boundaries

The scope of a patent like HRP20161680 encompasses the technical subject matter described in its claims and the supporting disclosure. In the pharmaceutical context, this typically involves:

  • Chemical compounds or compositions: Defining specific molecular structures or combinations.
  • Method of manufacturing or synthesis: Detailing novel production processes.
  • Therapeutic applications: Outlining unique treatment indications or delivery mechanisms.
  • Formulations or delivery systems: Covering controlled-release formulations, biologic conjugates, or patient-specific delivery solutions.

The scope is ultimately determined by the claims’ language—broad or narrow. A well-crafted patent balances sufficiently broad claims to deter competition and sufficiently narrow claims to withstand validity challenges.


Claims Analysis

Although the actual claim set of HRP20161680 is not provided here, typical pharmaceutical patent claims fall into the following categories:

1. Composition Claims
These claims specify the chemical structure, proportions, and physical form of the drug or formulation. For example, claims might cover a novel compound with specific functional groups, including salts, esters, or stereoisomers.

2. Process Claims
These describe the synthesis or manufacturing methods for the drug, including reagents, reaction conditions, and purification steps. Patents often seek broad process claims to encompass various production techniques.

3. Use Claims
Directed at particular therapeutic applications, such claims specify the use of the compound for treating certain diseases or conditions, often linked to medical indications or patient populations.

4. Formulation and Delivery System Claims
Claims may cover specific delivery methods—extended-release tablets, transdermal patches, or implantable devices—that enhance drug efficacy or compliance.

5. polymorph or Isomer Claims
Some patents claim distinct crystalline forms or stereoisomers that possess improved bioavailability, stability, or reduced side effects.

Claim strategy:
Patent applicants often craft independent claims with broad scope, supplemented by dependent claims that narrow or specify particular embodiments. The balance directly influences enforceability and life span of patent protection.


Patent Landscape and Strategic Significance

The patent landscape surrounding HRP20161680 must be contextualized within Croatia’s broader pharmaceutical IP environment and international patent frameworks like the Patent Cooperation Treaty (PCT). Croatia, as an EU member, aligns with European Patent Office (EPO) standards, ensuring that patent rights can be pursued through regional routes and potentially extend protection via supplementary protection certificates (SPCs).

Key points in the landscape include:

  • Overlap with International Patents: The drug may be covered by patent families registered in other jurisdictions such as the EPO, US, or China, reflecting an integrated global strategy. This ensures enforceability and market exclusivity beyond Croatia.
  • Patent Family and Forward Citations: The patent’s family members across jurisdictions signal its strategic importance and influence the innovation pathway.
  • Infringement and Litigation: Active monitoring is critical since infringement could occur domestically or in key markets, prompting enforcement actions or licensing negotiations.
  • Expiration and Lifecycle Management: Patent term extension via SPCs in the EU or supplementary protections in countries with patent linkage can extend commercial rights beyond the initial term.

Competitive landscape:
Croatia’s pharmaceutical patent landscape overlaps with regional generic manufacturers and multinational pharmaceutical companies. The patent acts as a barrier to entry for generics, incentivizing innovation and R&D investments among originators.


Legal and Regulatory Framework

Croatia’s pharmaceutical patents are governed by the Croatian Industrial Property Act, aligned with EU regulations, including the Medicinal Products Directive and Supplementary Protection Certificate (SPC) Regulation. Patents covering pharmaceuticals typically qualify for SPCs, which can extend exclusivity up to five years, subject to regulatory approval timelines.

Patentability criteria—novelty, inventive step, and industrial applicability—must be met for HRP20161680 to maintain enforceability. Moreover, the patent must withstand challenges such as lack of inventive step or obvious modifications over prior art.


Implications for Stakeholders

For patent holders:
HRP20161680 offers robust territorial protection, reinforcing market exclusivity in Croatia. Strategic patent drafting, encompassing broad claims and related patent family members, maximizes value. Licensing or technology transfer opportunities are viable within this scope.

For generic manufacturers:
The patent’s claims define the boundaries of permissible activities. Challenges, such as opposition or validity proceedings, could be pursued if prior art or inventive step issues are identified.

For regulators and legal entities:
Monitoring patent expiry dates and ensuring compliance with licensing obligations are essential for smooth market operations. Additionally, the patent landscape influences R&D priorities and market entry strategies.


Conclusion

Croatia patent HRP20161680 exemplifies targeted intellectual property protection within the pharmaceutical domain, leveraging specific claims that secure exclusive rights over a drug candidate or process. Its scope, underpinned by intricate claim language, directly impacts competitive dynamics, innovation pathways, and market longevity within Croatia and potentially in broader European and global markets through patent family extensions.

The patent landscape, characterized by strategic claim drafting, regional coherence, and potential extensions such as SPCs, underscores the importance of comprehensive IP management for pharmaceutical entities operating within Croatia.


Key Takeaways

  • Claim Precision Is Paramount: Effective scope hinges on carefully drafted claims that balance broad protection with validity resilience.
  • Patent Landscape Monitoring Is Critical: Understanding related filings and possible challenges guards against infringement and invalidation risks.
  • Regional and International Strategies Amplify Value: Extending protection through European and global routes maximizes returns.
  • Patent Lifecycle Management Enhances Market Exclusivity: Combining patent rights with SPCs and license arrangements extends commercial advantages.
  • Legal Vigilance Ensures Competitive Edge: Regular monitoring and enforcement safeguard against infringement, preserving the patent’s integrity.

FAQs

1. What types of claims are typically included in Croatian pharmaceutical patents?
Claims often encompass chemical compositions, manufacturing processes, therapeutic uses, and delivery systems, designed to protect various aspects of a drug invention.

2. How does Croatia’s patent system support pharmaceutical innovation?
Croatia aligns with EU regulations, offering patent protections with potential SPC extensions, encouraging R&D investments and regional market protection.

3. Can this patent be challenged or invalidated?
Yes, via validity proceedings if prior art or inventive step deficiencies are identified, following Croatian or European Patent Office procedures.

4. How does the patent landscape influence drug pricing and market access?
Strong patent protection can prolong exclusivity, enabling premium pricing and influencing market penetration strategies.

5. What are the key considerations for expanding this patent protection outside Croatia?
Prioritize filing in jurisdictions with strategic markets through regional routes like the EPO and pursue patent family extensions to maximize global exclusivity.


Sources:

[1] Croatian Intellectual Property Office (Croatia IPO) database and official patent documents.

[2] European Patent Office (EPO) patent database.

[3] European Union regulations on Supplementary Protection Certificates (SPCs).

[4] World Intellectual Property Organization (WIPO) patent family data.

[5] International Pharmaceutical Patent Strategies, industry reports, and legal analyses.

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