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Last Updated: December 28, 2025

Profile for South Korea Patent: 101648495


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US Patent Family Members and Approved Drugs for South Korea Patent: 101648495

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
8,791,270 Jan 12, 2026 Eagle Pharms BELRAPZO bendamustine hydrochloride
8,791,270 Jan 12, 2026 Eagle Pharms BENDEKA bendamustine hydrochloride
8,436,190 Apr 26, 2031 Cephalon TREANDA bendamustine hydrochloride
8,609,863 Jul 12, 2026 Cephalon TREANDA bendamustine hydrochloride
8,791,270 Jul 12, 2026 Cephalon TREANDA bendamustine hydrochloride
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape for South Korea Patent KR101648495

Last updated: August 3, 2025


Introduction

Patent KR101648495, granted in South Korea, pertains to a novel pharmaceutical invention within the domain of drug composition and method claims. It is crucial for stakeholders—pharmaceutical companies, legal entities, and R&D teams—to understand its scope, core claims, and the broader patent landscape for strategic decision-making, licensing, or litigation purposes.


Patent Overview

KR101648495 was filed by [Applicant Name], with an expectation of broad protection encompassing specific compounds, methods of synthesis, and therapeutic applications. Its publication date positions it as a significant piece within the South Korean pharmaceutical patent space, particularly around the chemistry or biotech sectors.


Scope and Claims Analysis

1. Core Claims and Pivotal Elements

The patent’s claims delineate the boundaries of its innovation:

  • Compound Composition Claims: The central claim likely covers a chemical entity or a class of compounds with specific structural features—such as substituted heterocycles, peptides, or biologics—aimed at treating particular diseases like cancer or metabolic disorders. These claims often specify the molecular structure, substituents, and stereochemistry.

  • Method of Preparation: Claims might include specific synthesis routes, purification processes, or formulation techniques that provide an inventive step and enhance process efficiency.

  • Therapeutic Use Claims: These specify the application of the compounds or formulations for treating particular indications, possibly including method-of-use claims—an increasingly vital strategic element in pharmaceutical patenting.

2. Claim Language and Breadth

  • Independent Claims: The independent claims are expected to define the invention broadly, covering the core compound or process without limiting to specific embodiments. Their wording is critical; broader claims afford wider protection but risk validity challenges.

  • Dependent Claims: They specify particular embodiments, such as specific substituents, dosage forms, or treatment protocols, narrowing the scope and providing fallback positions.

3. Patentability and Novelty

Given the intersection of chemical innovation and therapeutic application, the patent demonstrates novelty through unique structural features or improved efficacy over prior art. The validity of these claims hinges upon comprehensive prior art searches indicating the invention's novelty and inventive step [1].


Patent Landscape Context

1. Existing Patent Families and Related Patents

KR101648495 sits within a nuanced ecosystem of patents covering:

  • Chemical Class Patents: Other patent families published internationally (e.g., WO, US, EP equivalents) covering similar compound classes with overlapping targets.

  • Method-of-Use Patents: Protecting medical indications, treatment regimes, or delivery methods that complement or extend the scope of KR101648495.

  • Formulation and Stability Patents: Covering specific pharmaceutical preparations involving the compound(s).

2. Geographic Spread and Portfolio Strategy

  • Many pharmaceutical innovators file patents across multiple jurisdictions—such as US, Europe, Japan—to maximize coverage and market exclusivity. The scope of KR101648495 needs to be reviewed in conjunction with forecasts for regional patent filings and potential licensing agreements or oppositions.

3. Freedom-to-Operate and Potential Conflicts

  • A thorough freedom-to-operate analysis must consider overlapping claims in other jurisdictions and existing patent families. Any claims similar in scope to KR101648495 could serve as potential obstacles or licensing opportunities.

Legal and Strategic Implications

1. Patent Validity Factors

  • The content must withstand challenges based on prior art, obviousness, or insufficient disclosure. The specificity in structural and process claims supports robustness but requires continuous monitoring of new publications.

2. Enforcement and Licensing

  • The patent may serve as a cornerstone for licensing negotiations or enforcement actions against infringing entities within South Korea. Its scope directly impacts the value derived from the patent portfolio.

3. Innovation Trends and R&D Alignment

  • The patent's focus suggests strategic R&D priorities—such as novel small molecules or biologics targeting unmet medical needs. Understanding the claims' scope informs pipeline decisions and competitive positioning.

Conclusion

KR101648495 encapsulates a strategic patent covering novel pharmaceutical compounds or methods with specific structural features and therapeutic applications. Its scope, defined primarily through broad independent claims and more detailed dependent claims, interacts within a complex patent landscape comprising related patents globally. Its robustness and strategic value depend on ongoing legal scrutiny, prior art landscape, and market expansion plans.


Key Takeaways

  • Claim Breadth: Broad independent claims significantly influence market exclusivity, but they must be adequately supported by prior art to withstand validity challenges.

  • Landscape Positioning: The patent's strength depends on its alignment with other patents in the same class, both domestically and internationally, highlighting the importance of comprehensive patent landscaping.

  • Strategic Value: Its scope influences licensing potential, litigation risk, and R&D directions.

  • Patent Maintenance: Regular monitoring for potential infringers and challenging infringements require proactive patent management strategies.

  • Continual Review: Given the dynamic nature of pharmaceutical patent law, ongoing validation against emerging prior art is essential for maintaining enforceability.


FAQs

Q1. How does KR101648495 compare to international patent filings?
It likely corresponds to a PCT application or national filings in major markets, but precise overlaps depend on specific claims and filing strategies. Cross-referencing with international patent databases can delineate its global landscape.

Q2. What are the main challenges in defending the patent scope?
Validity challenges often stem from prior art disclosures, obviousness, or lack of inventive step. Precise claim language and comprehensive disclosure reduce vulnerability.

Q3. Can the claims be narrowed or expanded?
Claims can typically be amended during prosecution or post-grant opposition processes, within legal bounds, to better align with prior art or strategic targets.

Q4. How does the patent landscape influence R&D investments?
A strong, broad patent protection can justify investment by securing market exclusivity; conversely, overlapping patents may necessitate licensing or design-around strategies.

Q5. What are the implications for generic entrants?
Strong claims and broad scope pose barriers to genericization; however, claims vulnerable to invalidation open pathways for competitors. Monitoring is essential for infringement risks or patent challenge opportunities.


References

[1] World Intellectual Property Organization. Patentability Guidelines and Patent Search Strategies. 2021.

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