In the rapidly evolving pharmaceutical landscape, CD Formulation is dedicated to delivering comprehensive and innovative pilot-scale production services for nucleic acid drugs. We recognize the pivotal nature of every phase from laboratory research to full-scale production. Hence, our offerings are designed to ensure efficient translation of processes and exceptional product quality.
Pilot-scale production is a critical transitional phase from small-scale trials to full-scale manufacturing. It allows verification of laboratory-developed processes in real production settings, ensuring each step aligns with expected quality standards. This phase is crucial not only for technical validation and optimization but also for mitigating risks in large-scale production, thereby preventing unnecessary resource expenditure and process discrepancies. Through pilot-scale production, companies can precisely analyze details of each step, providing scientific evidence and data support for future process optimizations.
Items | Descriptions |
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Pilot-Scale Design | We initiate our design process by selecting suitable scale-up ratios, corroborated through simulations and experimental verification of equipment parameters to ensure optimal production conditions. Equipment materials and reactor types are carefully planned to meet specific chemical reaction requirements. |
Pilot-Scale Validation | This involves comprehensive analysis of both small-scale and pilot trials to confirm the reliability of initial designs. A series of strict experiments are conducted to ensure every step functions steadily, with detailed data recorded to support validation. |
Product Analysis during Pilot-Scale | Analysis focuses on the nucleic acid drugs produced, including purity, stability of components, and quantitation of potential impurities. We provide detailed analytical reports, aiding clients in understanding key product metrics and making necessary adjustments. |
Method Development | Emphasis is placed on optimizing process flows and reaction conditions based on feedback from the pilot-scale phase. Advanced technology is employed to adjust parameters, aiming to enhance product yield and quality while minimizing costs and resource usage. |
This involves gradually expanding production units from small-scale foundations, allowing for detailed adjustments and optimization at each scale stage.
Using advanced tools, we test different scaling conditions and parameter settings in a virtual environment. Simulations effectively reduce experimental costs and help identify the best reaction time, temperature, and pressure.
Fig.1 Flow chart of pilot-scale production for nucleic acid drugs. (CD Formulation)
We conduct detailed requirement analyses and direction assessments, devising a comprehensive pilot-scale plan to ensure each step aligns tightly with objectives.
Key data from the laboratory phase is thoroughly verified and organized to ensure accurate transfer to pilot-scale, with necessary adjustments made as needed.
Precise production equipment is selected, and detailed process parameters are set based on validated lab results to ensure stability and consistency during production.
The pilot process is launched according to the plan, with advanced monitoring technology used to track each reaction stage in real-time, adjusting abnormalities to reduce risk.
Post-pilot, comprehensive data analysis and evaluation are conducted with detailed reporting to provide precise recommendations for large-scale production.
Equipped with HPLC and mass spectrometry systems, we can accurately analyze compound compositions, quickly detecting purity, impurities, and chemical structures.
Technology: Pilot production of expanded nanoparticle (eNP) technology
Journal: Journal of Controlled Release
IF: 10.5
Published: 2021
Results:
The authors detail the pilot production of expanded nanoparticle (eNP) technology, ensuring validation of activity and efficacy post-scale-up. They address issues with pre-polymerization of nanoparticle polymers, marking a shift from lab-scale methods. Their method effectively controls particle size, distribution, and drug loading, achieving sterilization via filtration. For storage, investigation revealed sucrose as the ideal dissolution protectant. Importantly, these adjustments do not impair the pellets' swelling, tumor targeting, safety in vivo, or therapeutic success in mesothelioma xenografts.
Fig.2 Pilot-scale production of expansile nanoparticles. (Colby A H, et al., 2021)
At CD Formulation, we leverage our extensive experience and expert knowledge to offer comprehensive support in nucleic acid drug development, ensuring project excellence. Our team is always ready to assist you in overcoming various research challenges, paving the way for your innovative drugs to hit the market. Contact us to learn how we can craft bespoke solutions for your projects.
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