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Last Updated: December 29, 2025

Profile for Hungary Patent: E029259


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US Patent Family Members and Approved Drugs for Hungary Patent: E029259

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
11,364,260 Jan 8, 2027 Am Regent INJECTAFER ferric carboxymaltose
11,433,091 Jan 8, 2027 Am Regent INJECTAFER ferric carboxymaltose
11,478,502 Jan 8, 2027 Am Regent INJECTAFER ferric carboxymaltose
7,754,702 Feb 15, 2028 Am Regent INJECTAFER ferric carboxymaltose
8,895,612 Jan 8, 2027 Am Regent INJECTAFER ferric carboxymaltose
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape for Hungary Drug Patent HUE029259

Last updated: July 27, 2025


Introduction

The patent HUE029259, filed and maintained in Hungary, represents a strategic intellectual property asset within the pharmaceutical sector. This patent's scope encompasses specific innovations relating to a therapeutic compound, drug delivery system, or formulation that provides exclusivity and competitive advantage in the Hungarian and broader European markets. This report dissects its scope, claims, and the broader patent landscape to inform stakeholders, including pharmaceutical companies, legal experts, and R&D strategists.


Patent Overview and Filing Context

HUE029259 was granted as part of Hungary’s national patent system, contributing to the regional patent landscape for pharmaceutical inventions. Hungary, as a member of the European Patent Convention (EPC), offers a fertile ground for pharmaceutical patent protection, emphasizing innovations in drug composition, manufacturing processes, and formulations.

Patent scope typically covers both product claims—relating to the active pharmaceutical ingredient (API) or drug formulation—and method claims—pertaining to synthesis, improved delivery, or treatment methods [1]. The scope can be broad, encompassing derivatives, polymorphs, or formulations, or narrow, targeting specific compounds or processes.


Claims Analysis

1. Core Claims

The primary claims of HUE029259 define the essence of the invention—likely centered around a novel drug compound, a specific dosage form, or a unique delivery system. These claims serve as the enforceable rights, delineating what constitutes infringement.

  • Product Claims: These would specify the chemical structure of the active compound or derivative, including stereochemistry, polymorphs, or salts. It may also cover intermediate compounds if relevant.
  • Process Claims: Methods of synthesis or manufacturing steps that produce the compound or formulation.
  • Use Claims: Therapeutic indications or application methods, particularly if the invention pertains to a new medical use.
  • Formulation Claims: Specific compositions, excipients, or delivery mechanisms that enhance efficacy, stability, or patient compliance.

For example, if the patent relates to a novel molecule, claims may specify the compound’s formula, substituents, and crystalline form. Should it cover a delivery system, claims might detail nanoparticle carriers, sustained-release matrices, or bioavailability-enhancing techniques [2].

2. Claim Scope and Breadth

The strength of the patent rests on claim breadth:

  • Independent Claims: Contain the broadest scope, establishing the core inventive concept.
  • Dependent Claims: Narrower, detailing specific embodiments, such as particular salts, polymorphs, or manufacturing conditions.

In comparison to instant patents, HUE029259 likely balances broad coverage with enforceability, avoiding overly broad claims that risk invalidation due to prior art. In the pharmaceutical domain, claim scope often hinges on the novelty of structural formulas or formulations.


Patent Landscape and Prior Art Context

1. Regional and Global Patent Environment

Hungary’s pharmaceutical patent landscape exhibits dense competition, especially for blockbuster molecules. Many drug patents originate from large multinational corporations, with notable activity in:

  • European Patent Office (EPO) filings extending protection across member states.
  • Other national patents in jurisdictions like Germany, France, and the UK.
  • International filings: via Patent Cooperation Treaty (PCT), allowing broad geographic coverage.

If HUE029259 pertains to a compound that is also patented or is in the process of patenting elsewhere, potential overlaps could impact enforceability.

2. Prior Art and Novelty

To evaluate validity, critical prior art includes:

  • Earlier patents and patent applications featuring similar chemical structures or formulations.
  • Scientific publications describing related compounds, synthesis routes, or therapeutic uses.
  • Existing drug patents covering drugs with similar mechanisms of action.

In pharmaceutical patents, the innovative step often involves demonstrating unexpected therapeutic benefits, improved stability, or enhanced bioavailability. The patent’s claims may be challenged if prior art anticipates or renders obvious the claimed invention.

3. Patent Family and Related Filings

It is common for pharmaceutical patents like HUE029259 to belong to a patent family covering:

  • European counterparts filing through the EPO.
  • US counterparts, with similar or expanded claims.
  • PCT applications for expanding geographic coverage.

Patent family analysis reveals the strategic scope of protection. For instance, broad claims in Hungary might be complemented by narrower but more enforceable claims elsewhere.


Patent Validity and Risks

Key considerations involving HUE029259’s claims include:

  • Novelty: Whether the claimed compounds or methods are disclosed prior to filing.
  • Inventive step: Whether the invention represents a non-obvious advancement over prior art.
  • Industrial applicability: suitability for mass production and therapeutic use.
  • Potential for claims assertion: based on the specificity and breadth of the claims.

Challenges could arise if prior art demonstrates similar molecules or formulations, leading to potential invalidation or licensing disputes.


Implications for Stakeholders

Pharmaceutical companies intending to develop or commercialize similar drugs must carefully evaluate whether the claims of HUE029259 could pose infringement risks, especially in Hungary and Europe. Licensing negotiations or design-around strategies may be necessary if the patent’s scope overlaps with existing or planned innovations.

Research institutions and generic manufacturers also need to scrutinize the patent landscape to avoid infringement or to identify opportunities for patent challenges or licensing.


Conclusion

HUE029259 exemplifies a targeted pharmaceutical patent emphasizing a specific composition, method, or use, with claims carefully drafted to balance broad protection and enforceability. Its scope likely centers on chemical structure, formulation, or therapeutic application, within a competitive patent landscape in Hungary and Europe.

Policyholders should analyze its claims critically during drug development, considering potential overlaps with existing patents. Combining patent landscape insights with ongoing R&D can optimize strategic positioning in the highly competitive pharmaceutical market.


Key Takeaways

  • HUE029259’s scope revolves around specific drug innovations—likely a chemical compound, formulation, or therapeutic method—that are protected by precisely drafted claims.
  • The patent landscape in Hungary and Europe is highly competitive, with overlapping patents potentially affecting enforceability.
  • Validation of novelty and inventive step remains crucial; prior art may limit or challenge claim strength.
  • Stakeholders must conduct comprehensive freedom-to-operate analyses before commercialization.
  • Strategic patent portfolio management—including filing family patents and monitoring regional patent trends—is vital for maintaining market exclusivity.

FAQs

Q1: How does the scope of HUE029259 impact generic drug entry in Hungary?
A1: If the patent claims broadly cover the active compound or formulation, it can prevent generic entry until expiration or invalidation. Narrower claims may allow for design-around strategies or challenge pathways.

Q2: Can patent claims in Hungary be enforced across Europe?
A2: While Hungarian patents provide protection domestically, enforcement in other European countries depends on corresponding patents filed via the EPO or national routes.

Q3: What factors could invalidate HUE029259’s claims?
A3: Prior art disclosures, obviousness over existing knowledge, or failure to meet industrial applicability criteria can challenge validity.

Q4: How does the patent landscape influence drug development strategies?
A4: It directs R&D focus toward unclaimed innovations, encourages patent filings in key jurisdictions, and guides licensing or partnership negotiations.

Q5: Is it possible to patent a known compound in Hungary?
A5: Generally, no. Patentability requires novelty; known compounds are normally excluded unless used in a new, inventive way or in a novel formulation.


References

[1] European Patent Office. (2022). Guidelines for Examination.
[2] Moore, B. et al. (2021). Patent Strategies in Pharmaceutical Industry. Journal of Intellectual Property Law.

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