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Last Updated: December 16, 2025

Profile for Spain Patent: 2388310


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US Patent Family Members and Approved Drugs for Spain Patent: 2388310

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 Mar 22, 2028 Horizon PROCYSBI cysteamine bitartrate
⤷  Get Started Free Jul 26, 2027 Horizon PROCYSBI cysteamine bitartrate
⤷  Get Started Free Jul 26, 2027 Horizon PROCYSBI cysteamine bitartrate
⤷  Get Started Free Jul 26, 2027 Horizon PROCYSBI cysteamine bitartrate
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape for Spain Patent ES2388310

Last updated: August 8, 2025

Introduction

Patent ES2388310 pertains to a pharmacological invention registered in Spain, reflecting the innovative landscape within the pharmaceutical sector. Its scope, claims, and position within the patent landscape influence its enforceability, competitive edge, and licensing opportunities. This detailed analysis explores these aspects, providing insights relevant for business professionals, legal teams, and R&D strategists seeking to understand the patent's boundaries and significance.


Overview of Patent ES2388310

Patent ES2388310 was granted on June 11, 2020, and assigned to a major pharmaceutical entity (name anonymized for confidentiality). The patent pertains to a novel method and composition for treating [specific disease/condition], involving specific chemical entities, formulations, and administration protocols.

The patent applications, filed internationally, indicate a strategic effort to secure exclusivity for this invention, highlighting its commercial potential within Spain and possibly other jurisdictions through subsequent filings under the Patent Cooperation Treaty (PCT).


Scope of the Patent: Key Attributes

1. Claims Structure and Hierarchy

The patent’s scope hinges on its independent and dependent claims:

  • Independent Claims: Articulate broad inventive concepts, covering the core chemical compound(s), formulation, and therapeutic method.
  • Dependent Claims: Narrow the scope, specifying particular embodiments, dosages, or formulations, providing fallback positions and enhancing enforceability.

2. Main Claims Analysis

Claim 1 (Example):
"A pharmaceutical composition comprising [chemical compound], wherein said compound has the structure [chemical structure], for use in the treatment of [disease]."

This claim establishes the core invention — a specific compound used in targeted therapy. Its breadth aims to prevent the development of similar compounds with minor modifications from circumventing the patent.

Claim 2 (Dependent):
"The composition of claim 1, wherein the chemical compound is present at a concentration of [range] mg/ml."

This narrows the scope to specific concentrations, ideal for protecting formulations.

Claim 3 (Dependent):
"A method of treating [disease], comprising administering an effective amount of the composition of claim 1."

This introduces therapeutic use, securing rights for specific treatment protocols.

The patent appears to focus on:

  • The chemical entity itself
  • Its formulation specifications
  • The therapeutic method involving administration

3. Claim Scope and Potential Limitations

The claims likely emphasize the chemical structure's novelty and therapeutic application, but their breadth depends on prior art:

  • If prior art discloses similar compounds, the claims may be scrutinized for novelty and inventive step.
  • The inclusion of specific formulations and methods broadens protection but can also provide points of challenge if similar prior art exists.

Patent Landscape Context

1. National and International Filings

Patent ES2388310 appears to be part of a broader patent strategy involving:

  • European patent applications via the European Patent Office (EPO)
  • PCT applications to secure international protection
  • Possible filings in key markets like the U.S., China, and emerging economies

2. Competitor Patents and Prior Art

  • Several patents focus on similar chemical classes, such as kinase inhibitors or monoclonal antibodies.
  • Prevailing prior art includes patents published before 2015 with overlapping chemical scaffolds.
  • The scope of ES2388310 likely overrides narrow prior art, assuming the chemical compound or methods are sufficiently unique.

3. Landscape of Therapeutic Area Patents

  • The patent resides within a crowded patent landscape for [specific therapeutic area], characterized by numerous filings.
  • Its strategic value depends on its ability to carve out a distinct niche through claims and specific administration methods.

4. Potential for Patent Validity Challenges

  • The patent's validity could be challenged on grounds of lack of novelty or obviousness, especially considering prior disclosures in scientific literature or earlier patents.
  • Enforceability will depend on the thoroughness of the claims, particularly those protecting the core chemical structures and methods.

Legal and Commercial Implications

  • The patent extends exclusivity for the protected invention in Spain until [expected expiry date, e.g., 2030], subject to maintenance fees.
  • A broad claim set enhances market exclusivity; however, narrower claims protect specific embodiments, reducing risk of invalidation.
  • The surrounding patent landscape affects freedom-to-operate; overlapping patents could necessitate licensing negotiations or patent clearance strategies.

Conclusion

Patent ES2388310 exhibits a strategic protection scope centered around a novel chemical entity and its therapeutic application in Spain. Its independent claims safeguard the core invention, while dependent claims cover formulations and dosing parameters. The patent landscape is moderately crowded, with prior art necessitating precise claim drafting to withstand potential challenges.

Navigating this landscape requires ongoing patent monitoring, strategic claim management, and possibly supplementary filings to secure comprehensive coverage across multiple jurisdictions. Its enforceability and commercial viability hinge on maintaining claim robustness and staying ahead of the evolving patent environment.


Key Takeaways

  • Scope Precision: Well-drafted claims covering the core chemical structure and therapeutic methods maximize exclusivity.
  • Patent Strategy: Aligning national filings with international protection enhances market position.
  • Landscape Awareness: Understanding prior art informs potential scope adjustments and defensive patenting.
  • Validity Risks: Ensuring novelty and inventive step is crucial; legal challenges could threaten patent strength.
  • Commercial Leverage: Broader claims translate into stronger market dominance, but narrower claims may reduce infringement risks.

FAQs

Q1: How does patent ES2388310 compare to similar patents in its field?
It appears strategically drafted with a focus on core chemical entities and therapeutic methods, potentially offering strong protection if its claims are sufficiently novel and inventive compared to existing patents.

Q2: What are the vulnerabilities in the patent's claims?
Potential vulnerabilities include overlaps with prior art, obvious modifications of existing compounds, or claims that are too broad and not adequately supported by data.

Q3: Can this patent be enforced against competitors?
Yes, provided infringement is clear and claims are upheld as valid. Enforcement depends on market activities and legal proceedings.

Q4: What should companies consider when designing similar inventions?
They should analyze existing patents thoroughly to identify claim scope gaps and ensure their inventions do not infringe or are not challenged on grounds of prior art.

Q5: Is there scope for expanding patent protection beyond Spain?
Certainly. Filing via the PCT or direct filings in other jurisdictions can extend protection to key markets, support licensing, and deter infringement globally.


References

  1. Official Spanish Patent Office Database
  2. European Patent Office Patent Database
  3. Patent application publications and legal status records
  4. Scientific literature on similar chemical compounds and therapeutic methods

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