Linked from

The 28 pages that link to Drug delivery, each with the reason it gives.

• ChitinRelated: Chitin derivatives can be formulated as carriers for drugs and other bioactive compounds.

• ProdrugRelated: A prodrug can change where and how much active drug becomes available.

• Fick's laws of diffusionRelated: Diffusion equations model release and transport from many drug-delivery systems.

• MicelleRelated: Polymeric micelles can carry poorly water-soluble drugs through aqueous environments.

• NanotechnologyRelated: Nanoscale carriers can protect drugs, alter their distribution, or release them under selected conditions.

• AmphiphileRelated: Amphiphilic carriers can package poorly water-soluble drugs for transport.

• FullereneRelated: Functionalized fullerene cages have been studied as molecular carriers, though clinical use remains limited.

• Pharmaceutical excipientRelated: Some excipients control where, when, or how quickly an active ingredient is released.

• HydrogelRelated: Hydrogel networks can encapsulate drugs and release them as the network changes or degrades.

• Pharmaceutical formulationNarrower topic: Formulation translates the goal of delivering a drug into a usable product.

• AlginateRelated: Alginate gels can encapsulate drugs and release them as the material breaks down or swells.

• Critical micelle concentrationRelated: Micelles can carry poorly water-soluble drugs when surfactant concentrations exceed the CMC.

• Dosage formNarrower topic: Dosage form is one design choice within the broader task of delivering drugs.

• BiomaterialsRelated: Biomaterials can protect drugs and regulate their release at a target site.

• BuckminsterfullereneRelated: Modified C₆₀ molecules have been investigated as carriers, though clinical use remains limited.

• NanoparticleRelated: Nanoparticles can encapsulate drugs, protect them, and influence their distribution and release.

• Bioorthogonal chemistryRelated: Selective reactions can assemble or activate therapeutic compounds at biological sites.

• Supramolecular chemistryRelated: Supramolecular carriers can bind drugs and release them under selected conditions.

• Host–guest chemistryRelated: Host cavities can solubilize, protect, or release drug molecules.

• Polylactic acidRelated: PLA-based particles and implants can release drugs as polymer chains degrade.

• Route of administrationNarrower topic: Administration route is one part of the broader problem of delivering a drug effectively.

• Gel (colloid)Related: Gel networks can release drugs gradually as they swell, degrade, or diffuse solutes.

• Endohedral fullereneRelated: Fullerene cages have been explored as carriers, though practical delivery requires addressing solubility and safety.

• PharmaceuticsRelated: Drug delivery overlaps with pharmaceutics but emphasizes transport to target sites.

• Applications of soft matterRelated: Soft particles and gels can protect drugs and tune where or when they are released.

• HinokitiolRelated: Metal transport by hinokitiol has prompted research into delivering ions to cells.

• Medicine (drug or remedy)Related: Delivery methods influence where, when, and how a medicine acts.

• Molecular engineeringRelated: Engineered molecules can protect drugs, target tissues, and control release.