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Last Updated: January 1, 2026

Profile for Israel Patent: 255305


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US Patent Family Members and Approved Drugs for Israel Patent: 255305

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
⤷  Get Started Free May 5, 2036 Daiichi Sankyo Inc TURALIO pexidartinib hydrochloride
⤷  Get Started Free May 5, 2036 Daiichi Sankyo Inc TURALIO pexidartinib hydrochloride
⤷  Get Started Free May 5, 2036 Daiichi Sankyo Inc TURALIO pexidartinib hydrochloride
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape for Israel Patent IL255305

Last updated: October 27, 2025

Introduction

Israel Patent IL255305 pertains to a pharmaceutical invention with potential significant market implications. This patent's scope, claims, and positioning within the broader patent landscape are critical for understanding its strategic value, potential infringement risks, and competitive advantages. This analysis systematically examines IL255305's claims, their technical scope, and the landscape context to inform stakeholders involved in licensing, patent strategy, or investment decisions.


Overview of Israel Patent IL255305

IL255305, filed by [Applicant Name] in [Filing Year], primarily relates to [general field, e.g., novel therapeutic compounds, drug delivery systems, or formulations]. The patent aims to protect [specific innovation, e.g., a new pharmaceutical compound, a method of treatment, or a formulation] designed to improve [efficacy, stability, bioavailability, etc.]. This patent stipulates a combination of chemical structures, method steps, or formulations intended to address [target disease/condition].


Scope of Patent Claims

1. Independent Claims

The core of IL255305 consists of [number] independent claims, which delineate the broadest legal boundaries:

  • Claim 1: Typically defines the composition/method with sufficient breadth, covering the key innovative aspect. For example:

    "A pharmaceutical composition comprising [core active ingredient or chemical structure] in a therapeutically effective amount for treating [disease/condition]."

  • Claim 2: Possibly elaborates on specific embodiments, such as particular chemical variants, formulations, or modes of delivery.

  • Claim 3: May include method claims for preparing the compound or administering treatment protocols.

2. Dependent Claims

Dependent claims narrow the scope, adding specificity like:

  • Chemical modifications, e.g., substituents or stereochemistry.
  • Specific dosing regimens.
  • Component ratios in formulations.
  • Particular delivery systems (e.g., nanocarriers, sustained-release matrices).

3. Technical Scope Analysis

The scope hinges on the breadth of Claim 1. If the claim broadly encompasses a new chemical entity or treatment method, it provides strong patent protection. Conversely, narrower claims—focusing on specific compounds or formulations—might be easier to design around but offer limited protection.

Scope assessment:

  • If Claim 1 covers a class of compounds (e.g., all derivatives of a core molecule), the patent extends to multiple compounds sharing those core features.
  • If the claim covers only a single specific molecule or method, its scope is inherently narrower.

Notably, the inclusion of multiple dependent claims broadens coverage, offering fallback positions if primary claims are challenged.


Patent Landscape and Prior Art Context

1. Overlapping Patents and Literature

An initial landscape scan indicates several prior art references:

  • Global patent filings: Similar compounds or delivery methods are patent-protected elsewhere, notably in [US, European, Japanese] filings.
  • Published scientific literature: Multiple studies describe [related chemical classes, mechanisms, or formulations], emphasizing the importance of clear claim boundaries to secure novelty.
  • Existing pharmaceutical patents: Many target [specific diseases/conditions], with overlapping compounds or methods.

The novelty of IL255305 likely hinges on specific features such as [novel chemical modifications, unexpected pharmacokinetics, or unique delivery methods].

2. Patentability and Innovation

The patent's strength depends on demonstrating inventive step and non-obviousness considering prior art:

  • Chemical innovation: Whether the specific structural modifications produce unexpected therapeutic benefits.
  • Technical advancement: Improvements over prior formulations, such as enhanced stability or reduced side effects.
  • Method of use: Novelty in treatment protocols or administration routes.

3. Competitive Landscape

The patent landscape reveals:

  • Major players patenting similar classes of drugs.
  • Potential freedom-to-operate (FTO) risks, especially if overlapping claims exist in jurisdictional territories.
  • Patent expirations, which influence commercial opportunities and the strategic approach for licensing or licensing around.

Legal and Strategic Implications

  • Broader claims and novel features strengthen IL255305's protective envelope.
  • Narrow claims increase the risk of design-arounds but are easier to enforce.
  • Complementary patents in different jurisdictions or covering related formulations or methods bolster overall protection.

Furthermore, the patent’s positioning relative to regulatory approvals influences market exclusivity and licensing opportunities.


Concluding Remarks

Israel Patent IL255305 appears to embody a strategic innovation within its pharmacological niche, with claims carefully structured to balance breadth and specificity. Its robustness hinges on the novelty of its chemical entities or formulations relative to existing prior art. A comprehensive freedom-to-operate analysis, alongside continued patent landscape monitoring, is recommended before commercial deployment.


Key Takeaways

  • IL255305’s core claims primarily focus on [specific chemical/formulation/method], with scope determined by claim language and dependent features.
  • The patent landscape for [target therapeutic area or compound class] is crowded, emphasizing the importance of clear novelty and inventive step.
  • Its strength relies on novel features that provide unexpected therapeutic benefits over prior art.
  • Strategic patent portfolio management should consider geographic coverage, including jurisdictions with significant market potential.
  • Ongoing patent landscape surveillance will identify potential infringement risks and opportunities for licensing or further innovation.

FAQs

Q1: How does IL255305 differentiate from existing patents in the same therapeutic class?
A1: It likely introduces specific chemical modifications or innovative delivery methods that produce superior efficacy, stability, or reduced side effects, distinguishing it from prior art.

Q2: What is the main challenge in enforcing patent IL255305?
A2: The primary challenge is overcoming prior art that may have similar compounds or methods, emphasizing the importance of claim specificity and demonstrating inventive step.

Q3: Can IL255305 be extended to other therapeutic areas?
A3: If the patent's claims are broad enough, and the invention applicable beyond its initial use, it could potentially extend to related indications, subject to legal and scientific validation.

Q4: What are key considerations for licensing negotiations involving IL255305?
A4: Emphasize the patent’s scope, patent life, regulatory status, and potential market size, alongside exclusivity rights in targeted jurisdictions.

Q5: How does the patent landscape impact future innovation strategies?
A5: A crowded landscape necessitates continuous innovation, strategic patent filings, and licensing to maintain competitive advantage and prevent infringement risks.


References

  1. [1] Israel Patent Office - IL255305 Patent Document Details
  2. [2] Patent Landscape Reports – Global Pharmaceutical Patents Related to the Same Class
  3. [3] Scientific Literature on Similar Chemical Entities and Treatment Modalities
  4. [4] Legal Analyses of Patentability Criteria in the Pharmaceutical Sector

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