Granular Delivery TRIZ Cases
- Multilayered Miniparticles for Dual Oral Release and Lower GI Irritation
Segmented oral miniparticles combine fast and modified release to improve bioavailability while reducing local gastrointestinal irritation.
- Azo Compound Granulation for Dust-Free, Crush-Resistant Handling
An aqueous binder granulation route turns azo powders into spherical, crush-resistant granules that cut dust, caking, and handling risks.
- Microsphere Eye Lubricant for Longer Tear Film Retention
Oil-coated microspheres and a quickly separating oil-water emulsion help eye drops stay lubricating longer and spread under the eyelids.
- Stabilized Solid Medicinal Forms Using Water-Soluble Drying Agents
Water-soluble drying agents control moisture without prolonged drying, improving flowability and protecting moisture-sensitive active ingredients.
- Coated Cranberry Granules for PACs Stability in Storage
A fluidized-bed xanthan gum coating protects cranberry granules from PACs oxidation, preserving bioactivity and storage stability.
- Coated BHB Free Acid Crystals for Moisture-Stable Granules
A uniform Wurster-applied coating isolates BHB free acid crystals from moisture, preventing deliquescence and self-polymerization.
- Thermo-Sensitive Electrolyte Encapsulation for Sustained Hydration
Temperature-responsive PVA and methylcellulose coatings delay electrolyte release until body heat rises, extending hydration support during exertion.
- Natural Granulate Composition for Tablet Flow and Compressibility
High-shear granulation of plant carrier powder and organic syrup delivers natural tablet excipients with strong flow, compressibility, and uniform filling.
- Injectable PLA Microspheres With Uniform Size and Water Dispersibility
Homogeneous emulsification and spray drying produce injectable PLA microspheres that resist agglomeration and maintain consistent degradation.
- Continuous Active Ingredient Granulation for Poor-Flow Powders
A spouted-bed granulation process turns poorly flowing API powders into stable, flowable granules for high drug-load dosage forms.
- Core Particle Granules With Fine-Mist Granulation for Faster Drug Coating
Using mist droplets no larger than the core particles, this granulation approach shortens drug coating time and reduces oxidation exposure.