Veranova
Veranova is a contract development and manufacturing organization (CDMO) focused on supporting pharmaceutical companies in developing and commercializing complex active pharmaceutical ingredients (APIs).
Overview: Veranova specializes in complex small molecule APIs, offering services from early-stage development through commercial manufacturing. These services encompass a range of capabilities, including process development, scale-up, analytical testing, and regulatory support. The company emphasizes its expertise in areas such as prostaglandins, sterile APIs, and high-potency APIs (HPAPIs).
Services: Veranova provides a comprehensive suite of CDMO services, typically including:
- Process Development: Optimizing synthetic routes and manufacturing processes for APIs.
- Scale-Up: Transitioning processes from laboratory scale to commercial production volumes.
- Analytical Services: Providing analytical testing and characterization of APIs.
- Manufacturing: Producing APIs at various scales, including clinical trial materials and commercial products.
- Regulatory Support: Assisting clients with regulatory filings and compliance requirements.
Industries Served: Veranova primarily serves the pharmaceutical industry, supporting companies developing and manufacturing a variety of therapeutic products.
History: Veranova was formed from a collection of acquired companies and business units, creating a CDMO focused on complex API manufacturing. The specific timeline and details of acquisitions can vary.
Key Capabilities: The company highlights specific areas of technical expertise, often related to:
- Complex Chemistry: Handling intricate chemical reactions and syntheses.
- Prostaglandin Synthesis: Specialized expertise in the synthesis of prostaglandin APIs.
- Sterile APIs: Manufacturing APIs under sterile conditions for injectable products.
- High Potency APIs (HPAPIs): Safely handling and manufacturing highly potent APIs.
Geographic Presence: Veranova operates manufacturing facilities and offices in various locations globally.