Dispersion Delivery TRIZ Cases

A homogeneous cannabis composition uses controlled particle size to ensure consistent cannabinoid distribution.

A botanical extract composition regulates immunity, inflammation, and energy levels through multi-component synergy.

Reconstituting isolated porosomes restores CFTR function while avoiding adverse side effects from affecting essential cellular functions.

Fluid bed granulation applies polysorbate mediators to hydrophobic compounds, resolving aggregation issues and ensuring rapid dissolution in cold liquids.

Trisodium citrate improves cellular permeation of phenolic compounds, creatine, and choline to boost mental acuity and physical performance.

Double extraction plant encapsulation resolves high cost and poor mouthfeel by producing small, stable particles with targeted release.

Thermosensitive liposomes utilize phase transitions to release nanoparticles at target sites, reducing distribution into healthy organs.

Calcium carbonate neutralizes lenvatinib bitterness, enabling pediatric compliance and high recovery via aqueous rinsing.

Dapansutrile mitigates neuroinflammation by reducing IL-1β and IL-6 levels, thereby slowing Alzheimer's disease progression.

Hypromellose prevents crystal growth and polymorphic alterations in carisbamate suspensions, ensuring stable bioavailability for pediatric dosing.

Pre-dissolved polyethylene glycol solutions remove preparation complexity and water requirements for elderly patients.

Inhaled lipopeptide and oligonucleotide compositions activate innate immune pathways to augment lung barrier defenses.

A dextran-based hydrogel encapsulates fluorescent dye and iodized oil to maintain contrast agents at the lesion site.

An optimization engine selects amino acids to improve hydration efficiency while avoiding sugar-related gastric delays.

PEG-linked short chain fatty acids hydrolyze under low pH to release therapeutic compounds, overcoming rapid intestinal absorption and short half-life.

Granuloma fluid and stem cells reduce exercise-induced pulmonary hemorrhage severity without causing dehydration or electrolyte imbalance.

A lipid-soluble compound with sulfur ligands converts to water-soluble forms for cellular delivery and excretion.

Segmenting carriers into 5-100 nm zeolite particles bypasses vascular obstruction limits of larger microcapsules, enabling targeted hypoxia treatment.

Replacing parabens with citrus extract and xylitol maintains antimicrobial activity at high pH while preserving product taste.

Sterile decellularized amniotic fluid formulations delivered via vibrating mesh nebulizers target distal lung regions to improve exercise endurance and oxygen saturation.

Microencapsulation protects sensitive nutrients during storage while enabling complete dissolution and high bioavailability for targeted delivery.

A therapeutic composition with formula [HxO(x-1)2]Zy reduces microbial pathogen load in the respiratory system.

Phospholipids encapsulate mitragynine in nanoemulsions, masking bitterness and improving bioavailability.

Oral TRP channel activators reduce fatigue and inflammation to improve maximal oxygen consumption during exercise.

A powdered dietary supplement dissolves rapidly in water to form a beverage containing saccharides, apple extract, and grape extract.

Combining krill oil with astaxanthin reduces low-density lipoprotein oxidation and improves blood lipid profiles.

Combining a disulfide prodrug with ACE inhibitors targets multiple hypertension pathways.

Brewing aloeswood with green and white teas at specific temperatures resolves the trade-off between pharmacological efficacy and palatable taste.

Dihydroberberine reduces fasting glucose and gastrointestinal irritation by modifying berberine structure to enhance bioavailability.

Segmenting Laminaria DNA into 5-10 kD fragments bypasses digestive loss and foreign recognition barriers.

Diketopiperazine extraction from human serum albumin reduces ventilator time and mortality in viral respiratory disease treatment.

Unsaturated hydroxamic acid derivatives inhibit urease activity to lower ammonia production while reducing cytotoxicity and mutagenicity risks.