Technical Discipline

Pharmaceuticals & Therapeutics IP Counsel

Protecting lifecycle value across unpredictable arts. We deliver multi-layered patent specifications for small molecule APIs, controlled-release drug delivery systems, crystalline polymorphs, and novel therapeutic formulations.

✓ Active Pharmaceutical Ingredients (APIs)✓ Polymorph & Formulation Thickets✓ Hatch-Waxman Paragraph IV Strategy
Pharma Inquiry

Consult with a Pharmaceutical Specialist

Protected under Attorney-Client Privilege. Strict Confidentiality Assured.

Sector Leadership

Pharmaceutical Lead Partner

Lifecycle Value & Patent Thickets in Therapeutics

In the pharmaceutical domain, securing robust patent protection extends far beyond registering the primary active pharmaceutical ingredient (API). True commercial lifecycle management requires constructing overlapping layers of protection covering novel synthesis pathways, crystalline polymorphs, controlled-release delivery mechanisms, and combination therapies.

Weber Rosselli & Cannon LLP assists pharmaceutical firms and biotech research groups in navigating complex regulatory interdependencies. With deep credentials in pharmacology and organic chemistry, senior partner Thomas Rosselli rapidly digests primary clinical data to author specifications that withstand hostile generic scrutiny.

Anticipating Hatch-Waxman & PTAB Challenges

Claims drafted during early development must be positioned to withstand Paragraph IV challenges under the Hatch-Waxman Act or Inter Partes Review (IPR) petitions at the PTAB years later. Our practice excels at overcoming specialized USPTO rejections under 35 U.S.C. 103 (obviousness) and 35 U.S.C. 112 (enablement and written description) common in chemical arts.

"Life sciences IP must be positioned for the future. Claims drafted today must withstand the hostile scrutiny of Hatch-Waxman litigation or PTAB proceedings a decade from now."

Specialized Pharmaceutical Disciplines

  • Small Molecule Chemistry: API Markush structures, novel intermediates, and synthetic pathways.
  • Crystalline Polymorphs & Salts: X-ray powder diffraction (XRPD) claim drafting and solid-state stability protection.
  • Formulation & Drug Delivery: Nanoparticle encapsulation, controlled-release matrix systems, and injectable suspensions.
  • Dosage Regimens & Combinations: Synergistic drug combination claims and therapeutic dosing protocols.
Prosecution & Analysis

Representative Pharmaceutical Strategy & Execution

Therapeutic Formulations & Polymorphs

Core Scientific Focus: Active Pharmaceutical Ingredients (APIs), controlled-release drug delivery systems, crystalline polymorphs, and combination therapies.

Strategic Legal Execution: Building patent thickets around commercial therapeutics under 35 U.S.C. 103 and 112 guidelines, anticipating Paragraph IV Hatch-Waxman challenges.

Small Molecule Markush Strategy

Core Scientific Focus: Synthetic organic synthesis, Markush structure broad genus coverage, and metabolic derivative claims.

Strategic Legal Execution: Drafting bulletproof written description enablement data to defend broad compound genus claims against competitor design-arounds.

Drug Delivery & Nanoparticle FTO

Core Scientific Focus: Target-specific liposomal carriers, oral disintegrating formulations, and bio-compatible polymer matrices.

Strategic Legal Execution: Analyzing competitor secondary formulation patents to author Non-Infringement Opinions prior to pivotal clinical trials.