Complete Product Reformulation for Mid-Size Pharmaceutical​

Accelerating Orphan Drug Reformulation from Concept to Registration Batches in 12 Months

Complete Product Reformulation for Mid-Size Pharmaceutical

Project Overview

  • CHALLENGE
  • SOLUTION
  • RESULTS
  • Project demanded comprehensive overhaul of formulation composition and manufacturing processes while maintaining strict adherence to FDA regulatory standards.
  • Accelerated development timeline essential enabling timely market access for reformulated product serving patients with limited treatment options.
  • Integrated regulatory strategy required minimizing approval hurdles and ensuring efficient FDA communication throughout development and submission process.
  • Designed innovative formulation and change parts improving product performance, patient acceptability, and therapeutic outcomes.
  • Developed and validated robust manufacturing process ensuring scalability, reproducibility, and compliance with CGMP.
  • Qualified production equipment to meet stringent manufacturing standards supporting commercial-scale production and regulatory requirements.
  • Validated analytical methods ensuring compliance, reliability, and regulatory acceptance for product testing and release.
  • Successfully manufactured registration batches meeting all quality specifications and regulatory requirements for submission.
  • Implemented strategic regulatory approach minimizing potential hurdles and maintaining effective ongoing communication with FDA throughout project lifecycle.
  • Enabled client to achieve reformulation goals efficiently and effectively supporting improved patient compliance for orphan drug indication.
  • Delivered validated manufacturing process and qualified equipment supporting seamless transition to commercial production.
  • Established clear regulatory pathway through proactive FDA communication and strategic planning minimizing approval timeline.
  • Provided mid-size pharmaceutical company with enhanced product addressing unmet patient needs in orphan disease population.