Polymeric Drugs and Drug Delivery SystemsRaphael M. Ottenbrite, Sung Wan Kim Polymeric materials are now playing an increasingly important role in pharmaceuticals, as well as in sensing devices, in situ prostheses and probes, and microparticle diagnostic agents. This new volume consists of twenty-two recent research-based reports on the developments in these areas of pharmaceutical and biomaterials technology. The reports w |
Contents
THERMORESPONSIVE POLYMERIC MICELLES | 15 |
pHTEMPERATURESENSITIVE POLYMERS | 39 |
DESIGN OF POLYMERIC SYSTEMS FOR TARGETED | 57 |
DRUG RELEASE FROM IONIC DRUGS | 69 |
POLYCHELATING AMPHIPHILIC POLYMERS PAP | 87 |
BIOCONJUGATION OF BIODEGRADABLE POLY | 101 |
ELASTINMIMETIC PROTEIN NETWORKS | 115 |
GENETICALLY ENGINEERED PROTEIN DOMAINS | 131 |
NOVEL CYTOKINEINDUCING MACROMOLECULAR | 197 |
HYDROPHOBE MODIFIED CATIONIC | 211 |
NOVEL ANTIMICROBIAL NHALAMINE | 231 |
DESIGN OF MACROMOLECULAR PRODRUG | 239 |
SYNTHESIS OF LINEAR AND HYPERBRANCHED | 251 |
DIAMETER AND DIAMETER DISTRIBUTIONS | 265 |
EXAMINATION OF FLUORESCENT MOLECULES | 279 |
SELFETCHING POLYMERIZATIONINITIATING | 289 |
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Common terms and phrases
acid activity agents aminopolysaccharides amphiphilic anionic applications aqueous Biomaterials biomedical buffer carboxyl cationic CDDP cells chelating Chem chemical coiled-coil complex composites concentration conjugates containing Controlled Release copolymer crosslinking DCM-Dex/CDDP decrease degradation diameter diclofenac disks DMAEMA doxorubicin drug delivery drug release effect end groups ester exciplex fluorescence formulations fraction functional glycolipid Hyaff11 Hyaff7 hydrogels hydrophilic hydrophobic increase initial interactions ionic labetalol LCST liposomes lysine Macromolecules MALDI-TOF materials matrix mechanical membrane methacrylate micellar micelles microspheres mixture modified mol/L molecular weight molecules monomer NaCl nanoparticles Okano particles peak PIDAA PIPAAm chains PIPAAm-PBMA PLGA PMAA poly polyanhydrides polymer polymer chains polymeric micelles polysaccharide prepared properties protein reaction residues samples shown in Figure solubility solution solvent sorption spectra SPHS ST HPMA polymers structure surface synthesis synthetic temperature thermoresponsive tion tumor vaginal verapamil water-soluble