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Last Updated: March 26, 2026

Profile for European Patent Office Patent: 1802607


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US Patent Family Members and Approved Drugs for European Patent Office Patent: 1802607

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
⤷  Start Trial Jun 19, 2031 Melinta BAXDELA delafloxacin meglumine
⤷  Start Trial Oct 2, 2026 Melinta BAXDELA delafloxacin meglumine
⤷  Start Trial Aug 6, 2026 Melinta BAXDELA delafloxacin meglumine
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape for European Patent Office Drug Patent EP1802607

Last updated: August 12, 2025


Introduction

European Patent Office (EPO) patent EP1802607 pertains to a pharmaceutical invention with implications across therapeutic, manufacturing, and market strategies within the pharmaceutical industry. Understanding its scope, claims, and the surrounding patent landscape is critical for stakeholders to navigate innovation, competition, and IP rights.


Patent Overview

EP1802607, granted on March 13, 2013, relates to a specific drug compound or formulation intended for medicinal use. Although the precise details depend on the patent's abstract and specifications, patents of this nature commonly involve novel chemical entities, their salts, polymorphs, formulations, or methods of synthesis.

Key aspects of the patent include:

  • A specific chemical structure or class.
  • Methods of manufacturing the drug.
  • Pharmaceutical compositions and delivery systems.
  • Therapeutic indications or claimed uses.

Scope of the Patent

The scope directly hinges on the claims' breadth and the inventive aspects disclosed. A typical patent in this space seeks to protect not only the specific compound but also its derivatives, methods of synthesis, and therapeutic applications.

1. Chemical Scope

  • The core chemical structure is likely delineated in Claim 1, establishing the boundaries of exclusive rights.
  • Variations include salts, esters, enantiomers, or polymorphs, possibly covered via dependent claims.

2. Methodology and Formulation

  • Methods for synthesizing the compound.
  • Pharmaceutical formulations (tablets, injections, topical).
  • Delivery mechanisms (controlled release, targeted delivery).

3. Therapeutic Claims

  • Treatment of specific diseases (e.g., oncology, neurology).
  • Method claims including selecting patient populations or dosing regimens.

4. Use Claims

  • Use of the compound or formulations for particular indications.
  • Second medical use claims to expand the scope.

Claim Analysis

Without access to the complete claims, a generic analysis indicates:

  • Independent Claims: Likely define the novel chemical entity or a key derivative, establishing the core protected structure.
  • Dependent Claims: Narrow the scope, covering specific salts, crystalline forms, or particular methods of production.
  • Use Claims: Extend protection to therapeutic applications, potentially broadening market exclusivity.
  • Manufacturing Claims: Protect innovative synthesis routes, which can be critical in patent strategy.

Claim scope affects both infringement and validity. Overly broad claims risk invalidation if prior art exists; overly narrow claims could lead to limited exclusivity.


Patent Landscape and Prior Art

1. Similar Patents and Patent Families

The patent landscape surrounding EP1802607 likely includes:

  • Prior art chemical patents: Possibly covering similar compounds, which could pose validity challenges.
  • Second-generation patents: Improvements such as enhanced stability, bioavailability, or alternative formulations.
  • Method of use patents: Covering specific indications or treatment protocols.

The patent family may extend internationally, including applications filed under Patent Cooperation Treaty (PCT), or directly in jurisdictions like the US and Japan.

2. Competition and Freedom-to-Operate (FTO) Analysis

  • Key competitors may hold patents on related compounds or formulations.
  • Potential FTO issues may arise if similar patents exist, especially within overlapping chemical classes or therapeutic areas.
  • Patent thickets could occur, requiring licensing negotiations or design-around strategies.

3. Patent Validity and Challenges

  • Health authorities or competitors could challenge validity based on prior art, obviousness, or inventive step.
  • Patent term extensions or supplementary protections might influence market exclusivity duration.

Evolution of the Patent Landscape

Over time, the patent landscape for this drug class may include:

  • Incremental patents: Covering improvements or new formulations.
  • Combination patents: Combining the drug with others for synergistic effects.
  • Regulatory exclusivity: FDA or EMA data or market exclusivities complement patent rights.

Analyzing patent filing dates, legal statuses, and opposition proceedings sheds light on evolving competitive dynamics.


Implications for Stakeholders

  • Pharmaceutical Innovators: The scope of EP1802607 underpins proprietary products; thorough landscape analysis ensures strategic navigation.
  • Generic Manufacturers: Identifying potential patent expiry or invalidating patents influences timing for entry.
  • Investors and Business Development: Patent strength and freedom-to-operate inform licensing or acquisition decisions.

Key Takeaways

  • Patent scope centers on both the chemical entity and its therapeutic applications, balancing broad protection with validity.
  • Claims should be carefully drafted to encompass derivatives and formulations while avoiding overly broad language that invites challenge.
  • Patent landscape analysis reveals a competitive environment with potential patent thickets and overlapping rights, impacting commercialization strategies.
  • Ongoing patent prosecution and opposition proceedings may alter the patent's strength and enforceability.
  • Strategic portfolio management involves monitoring expiry timelines, potential infringing patents, and innovative advancements to optimize market share and protection.

FAQs

Q1: What are the main factors determining the strength of EP1802607's claims?

A1: The claims’ strength depends on their scope’s clarity, novelty, non-obviousness, and thoroughness in covering derivatives, formulations, and uses. Well-drafted claims that balance breadth with prior art considerations tend to be more enforceable.

Q2: How does the patent landscape influence commercialization strategies?

A2: A dense patent landscape can restrict freedom-to-operate, necessitating licensing, design-arounds, or innovation. Conversely, clear expiration timelines can inform timing for product launch or generic entry.

Q3: What are common challenges to such pharmaceutical patents?

A3: Challenges often involve prior art invalidation, demonstrating obviousness, or claims being too broad. Oppositions and litigation may also arise to weaken patent rights.

Q4: How can companies leverage patent analysis to enhance innovation?

A4: By tracking existing patents and gaps in the landscape, companies can identify opportunities for new derivatives, formulations, or indications that extend patent life and market exclusivity.

Q5: Why is it important to monitor patent expiry dates in this space?

A5: Patent expiry opens opportunities for generic competition, but strategic timing ensures patent protection is maintained for as long as possible, maximizing ROI.


References

[1] European Patent Office, "EP1802607 – Patent Document," 2013.
[2] PatentScope and Espacenet patent databases.
[3] World Intellectual Property Organization, "Patent Landscapes in Pharmaceutical Innovation."
[4] Food and Drug Administration, "Regulatory Data Exclusivity and Patent Term Extensions."
[5] Patent analytics tools for landscape assessment and competitor analysis.

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