Good raw materials + good formulation + good process
Only then can we forge excellent products!
Based on the principles of mechanochemistry and condensed-matter physics, the preparation process for pharmaceutical nanocrystals has been optimized. Through a completely innovative mechanism of drug extrusion-induced crushing and nano-dispersion, pharmaceutical nanocrystals can be rapidly and efficiently produced, making them suitable for veterinary pharmaceutical formulation and significantly enhancing the dissolution rate and bioavailability of poorly soluble drugs.
Traditional Chinese Medicine Enzymatic Hydrolysis Technology
It acts directly on the cell wall by degrading components such as cellulose and pectin, rapidly releasing intracellular contents into the extraction solvent, thereby enhancing extraction efficiency and shortening extraction time. Furthermore, enzymatic hydrolysis converts macromolecules into small-molecule bioactive compounds, which are more readily absorbed in the intestine and exhibit higher bioavailability!
The addition of a granular dosage form further enriches the product portfolio, optimizes application scenarios, and offers superior flowability, resistance to moisture absorption and caking, non-stickiness to containers, reduced waste, and mitigation of the dust-related irritation caused by fine powders.
Drug Solubilization and Permeation Enhancement Technologies
Based on the Biopharmaceutics Classification System, we will systematically control the key factors that influence drug absorption. Our focus will be on developing highly water-soluble formulations suitable for large-scale aquaculture via drinking-water administration, leveraging solid dispersions, inclusion techniques, and micro- and nanotechnology. Additionally, we will employ mucosal permeation enhancement and intestinal cell efflux inhibition to improve drug absorption and enhance the bioavailability of oral formulations.
Oxidation-Prevention, Taste-Masking, and Palatability-Enhancing Coating Technologies for Tablets
Optimize the formulation of tablet products to enhance tablet stability and palatability.