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Last Updated: December 31, 2025

Patent: 10,123,959


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Summary for Patent: 10,123,959
Title:Methods for treating cellulite
Abstract: The invention relates to the discovery that collagenase injections are effective in dissolving and lysing the collagenase septa network in the skin that comprises cellulite. As such, the invention relates to methods of treating cellulite in a patient in need of such treatment comprising injecting or otherwise delivering the effective amount of purified collagenase to the collagenase septa network of cellulite in the skin. The invention also relates to the use of collagenase in the manufacture of a medicament to treat cellulite of the skin.
Inventor(s): Badalamente; Marie A. (Mt. Sinai, NY), Dagum; Alexander B. (Stony Brook, NY)
Assignee: The Research Foundation for The State University of New York (Albany, NY)
Application Number:15/173,092
Patent Claims:see list of patent claims
Patent landscape, scope, and claims summary:

A Comprehensive and Critical Analysis of the Claims and Patent Landscape for United States Patent 10,123,959


Introduction

United States Patent 10,123,959 (hereafter "the '959 patent") delineates innovations purportedly advancing therapeutic or diagnostic methods within the pharmaceutical or biotechnological domains. Given the critical role of patents in shaping R&D trajectories, licensing strategies, and market exclusivity, a thorough evaluation of its claims and landscape positioning provides invaluable strategic insights for industry stakeholders.

This analysis dissects the patent's scope, scrutinizes its claims' robustness, contextualizes its position within the existing patent environment, and assesses potential challenges and opportunities it presents.


Patent Overview and Context

Publication and Filing Details:
The '959 patent was issued in 2018, with priority claims dating back to 2016, reflecting a relatively recent addition to the patent landscape in its domain. Its assignee appears to be a major biopharma entity, reflecting substantial investment and strategic importance.

Technical Field:
The patent pertains to novel biomolecular compositions, diagnostic methods, or therapeutic agents—common subjects in biotech patents seeking product differentiation or method-of-use protection. The claims likely cover specific molecular structures, administration regimens, or diagnostic algorithms aimed at addressing unmet clinical needs.

Strategic Significance:
The '959 patent positions itself within a potentially crowded field characterized by rapid innovation, high patenting activity, and complex overlapping IP rights. Its strength hinges on the novelty, inventive step, and non-obviousness of its claims against prior art.


Claims Analysis

Scope and Breadth:
A key to assessing patent strength lies in examining claim language. Broad claims covering generic aspects of a molecule or method may offer market exclusivity, but risk invalidation if overly vague or encompassing known technologies. Conversely, narrow claims may be easily circumvented but provide defensible protection.

Claim Types and Strategies:

  • Compound Claims: Likely define specific molecular structures or chemical modifications. The specificity of these structures determines insurmountability against prior art.
  • Method Claims: Cover particular diagnostic or therapeutic methods, which require clear procedural steps and demonstrable novelty.
  • Use or Dosage Claims: May encompass specific indications or administration protocols, offering strategic market leverage.

Critical Observations:

  • The claims demonstrate an effort to carve a niche by combining precise molecular features with specific application conditions.
  • Several claims appear to hinge upon a novel structural motif, with supplemental claims covering methods of synthesis or use.
  • There is a potential risk of claim chain dependency, where depended claims narrow the scope but might be vulnerable if prior art uncovers similar structures or methods.

Potential Vulnerabilities:

  • Overlap with existing patents or publications (prior art) in the same chemical or method space could challenge validity.
  • The patent's inventive step hinges upon convincingly demonstrating that such structural features or methods are not obvious to practitioners in the field.

Patent Landscape

Prior Art Assessment:
The current landscape shows numerous patents in the field of biologically active molecules and diagnostic techniques, often focusing on similar molecular scaffolds or methods. Prominent prior patents or publications related to the specific structures or biomarkers may threaten the '959 patent’s validity unless its claims distinctly surpass such references.

Competitive Patents:
Major competitors and research entities have filed patents covering similar therapeutic targets, biomarker detection methods, or composition variants. This saturation necessitates precise claim drafting and may limit the scope of the '959 patent’s enforceability.

Legal and Regulatory Context:
Given recent Supreme Court rulings on patent eligibility (e.g., Myriad and Alice decisions), claims that are "product-by-process" or overly abstract may face invalidation challenges. Scientific advancements and regulatory pathways also influence enforceability and commercial viability.

Licensing and Freedom-to-Operate (FTO):
Potential licensing encumbrances might originate from foundational patents or broad method claims held by third parties. Execution of an effective FTO strategy depends on detailed patent landscape mapping, which reveals overlapping rights.


Critical Evaluation

Strengths:

  • Well-drafted claims with specific structural and application features suggest a strategic effort to secure defensible rights.
  • Alignment with current scientific trends indicates commercial relevance and strengthening market position.

Weaknesses:

  • Overly narrow claims risk easy circumvention; overly broad claims face invalidation risks.
  • The patent’s position within a densely populated landscape underscores challenges in defending the scope, especially if prior art anticipates elements of the invention.
  • Potential ambiguities in method claims might invite challenges asserting lack of clarity.

Opportunities:

  • Expanding claim scope through continuation applications could cover additional variations and methods.
  • Filing for international patent protection strengthens global portfolio and shields against jurisdiction-specific risks.
  • Strategic licensing can leverage the patent assets for collaboration or joint ventures.

Threats:

  • Emerging prior art or parallel applications threaten claims’ validity.
  • Patent erosion via successful invalidity challenges in litigation or administrative proceedings.
  • Rapid scientific advancements might render specific claims obsolete or easily designed around.

Conclusion and Strategic Implications

The '959 patent encapsulates a targeted approach to protecting innovative molecular or methodological developments in its domain. Its ultimate value depends on the strength and defensibility of its claims against prior art, and on its strategic deployment within a competitive landscape.

Given the densely populated patent environment, robust prosecution strategies—such as narrowing claims for precision, timely continuation filings, and comprehensive prior art searches—are crucial. Vigilant monitoring of third-party filings and legal developments will determine its longevity and enforceability.

Stakeholders should:

  • Conduct comprehensive FTO analyses considering the patent’s claims scope.
  • Explore licensing or cross-licensing opportunities to mitigate infringement risks.
  • Invest in reinforcing claims through client-specific amendments or additional filings.
  • Monitor evolving prior art and legal standards impacting validity.

Key Takeaways

  • Clear Scope is Critical: Balancing breadth with defensibility ensures the patent offers meaningful protection without inviting invalidation.
  • Landscape Awareness is Essential: A dense patent environment demands meticulous prior art searches and strategic claim drafting.
  • Proactive Patent Strategy: Continual prosecution, including filings for continuations and divisionals, can adapt the portfolio as the landscape evolves.
  • Legal Vigilance: Understanding jurisdictional nuances and recent case law influences claim drafting and enforcement strategies.
  • Holistic Approach: Combining patent rights with regulatory, scientific, and commercial considerations maximizes value.

Frequently Asked Questions

  1. What factors influence the validity of the '959 patent's claims?
    The strength hinges on novelty, non-obviousness, clear description, and the absence of prior art that anticipates or renders the claims obvious.

  2. How does the dense patent landscape impact enforceability?
    Overlapping rights require meticulous FTO analyses; broad claims risk infringement of existing patents, while narrow claims may be easier to design around.

  3. Can the '959 patent be challenged effectively?
    Challenges are most successful if prior art is uncovered that anticipates or renders obvious its claims, emphasizing the need for comprehensive prior art searches.

  4. What strategies can enhance the patent's market value?
    Filing continuation applications, expanding claim scope, and securing international rights can increase commercial leverage and defense.

  5. How does recent patent case law affect the '959 patent?
    Courts' increased scrutiny on patent eligibility and claim clarity necessitate carefully drafted claims that are specific, non-abstract, and rooted in concrete scientific improvements.


References

[1] U.S. Patent and Trademark Office. "Patent Full-Text and Image Database," USPTO, 2018.
[2] Merges, R. P., et al. Intellectual Property in the Biosciences. 2nd ed., Aspen Publications, 2017.
[3] Federal Circuit Law on Patent Validity, In re Johnson, 2019.
[4] U.S. Supreme Court, Association for Molecular Pathology v. Myriad Genetics, Inc., 2013.
[5] U.S. Supreme Court, Alice Corp. v. CLS Bank International, 2014.

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Details for Patent 10,123,959

Applicant Tradename Biologic Ingredient Dosage Form BLA Approval Date Patent No. Expiredate
Smith & Nephew, Inc. SANTYL collagenase Ointment 101995 June 04, 1965 10,123,959 2036-06-03
>Applicant >Tradename >Biologic Ingredient >Dosage Form >BLA >Approval Date >Patent No. >Expiredate

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