FINE CHEMISTRY

Integral Technological Offer:

• Evaluation of the effectiveness of active principles using Cell Culture techniques combined with Molecular Biology and Genomics techniques.
• Pharmacokinetics studies of active principles.
• ADME studies (intestinal absorption, cell permeability and in vitro metabolism).
• Identification and purification of compounds with bio-functionality in complex moulds using cell culture techniques combined with Molecular Biology and Genomics techniques.
• Toxicological studies based on cell cultures combined with Molecular Biology and Arrays techniques.
• Evaluation of Health Risks using in vitro techniques.

Technological Tools

• Cell Cultures.
• Biochemistry.
• Molecular Biology.
• Genomics.
• Proteomics.
• Physical-chemistry (instrumental).
• ADME studies (absorption, distribution, metabolism and excretion).
• Characterization of the effectiveness of ingredients:
  • Evaluation of physiological effects using cell cultures and combined aolication of molecular biology, genomics and proteomics.
  • Anti-inflammatory effects.
  • Anti-ageing effects.
  • Photoprotection.
  • Skin protection.
  • Restoration-healing effect.
  • Stimulation of cell growth.
  • Effect on pigmentation.
• Toxicological evaluation using cell cultures combined with genomics
• Biocompatibility studies of materials for sanitary use.
• Physiochemical characterization.

Environmental Offer

• Recovery and use of organic waste.
• Applications of bio-treatments of industrial waste water.
• Water quality (characterization, use, pollution load, etc.).
• Biodegradability of discharges.
• Characterization of soils, waste and organic contaminants, and their treatment.
• Environmental legislation.