Problem Solver
Wilms Emmanuel Baille
Areas Wilms Emmanuel Baille is Knowledgeable in:
We propose four main services:
• Development of new polymeric excipients and additives for the delivery of active compounds.
• Development of new formulation using our polymer platforms and your active compounds.
• Characterization and optimization of your formulations.
• Design and development of innovative technologies based on polymer materials.
EPADAC Group services also include;
• Analytical method development and validation
• Formulation design and development
• Process development and validation
• Process and methods transfer
• Polymer synthesis (laboratory batches to 5kg batches)
• Development of new polymeric excipients and additives for the delivery of active compounds.
• Development of new formulation using our polymer platforms and your active compounds.
• Characterization and optimization of your formulations.
• Design and development of innovative technologies based on polymer materials.
EPADAC Group services also include;
• Analytical method development and validation
• Formulation design and development
• Process development and validation
• Process and methods transfer
• Polymer synthesis (laboratory batches to 5kg batches)
Techniques Wilms Emmanuel Baille Uses:
The Quality by Design (QbD) methodology has been used in the development and the optimisation of solutions mentioned.
Wilms Emmanuel Baille's Problem Solving Skills:
- Drug delivery design and development
- Nano-delivery system
- Formulation design and development
- Polymer synthesis and characterization
- Analytical method design and development
- Biodegradable polymer materials
- Drug formulation and characterization
- Polymer design and development
- Process and method transfer
Wilms Emmanuel Baille's Problem Solving Experience:
- Increase significantly the yield of the synthesis of a polymer technology for drug delivery from 10% to more than 85% which make the application cost-effective for the development of post-operative injectable products as well as improved the drug loading level of the polymer.
- Design, development and optimization of a new block copolymers for the safe delivery of active compounds such as SiRNA. More than 80% of knockdown have obtained in vitre.
- Design and development of a sol-gel polymer composite compositions for creating a physical barrier on the teat surface.
- A new cost-effective methods for purifying biomolecules in solution phase using stimuli responsive protein -polymer conjugates.