Skip to:Content
|
Bottom
Cover image for Polymeric drug delivery
Title:
Polymeric drug delivery
Series:
ACS symposium series ; 923-924
Publication Information:
Washington, DC : American Chemical Society, 2006
ISBN:
9780841239760
General Note:
Developed from a symposium sponsored by the Division of Polymeric Materials: Science and Engineering, Inc., at the 226th National Meeting of
Added Author:

Available:*

Library
Item Barcode
Call Number
Material Type
Item Category 1
Status
Searching...
30000010164388 RS201.P65 P645 2006 v.2 Open Access Book Great Book
Searching...

On Order

Summary

Summary

Polymeric Drug Delivery: Polymeric Matrices and Drug Particle engineering is designed to bridge the gap between industrial and academic researchers in drug delivery and the pharmaceutical industry because conferences focus one of these two aspects. The book covers three main topics of drug delivery: the use of particulate carriers to transport actives to specific sites within the body, the use of matrices to tailor release rates to drug specific needs, and technologies to engineer drug particles in a way that will improve their bioavailability. Polymeric materials are being used in all three areas, as carriers, matrices, or part of the formulation of drug particles.


Author Notes

Sonke Svenson is at Dendritic NanoTechnologies, Inc..


Table of Contents

Sonke SvensonAnthony J. McHugh and Jessica R. DesNoyer and Chandrashekar RamanJorge Heller and John BarrStephen K. Dordunoo and William C. Vincek and Mahesh Chaubal and Zhong Zhao and Rena Lapidus and Randall Hoover and Wenbin DangP. Somasundaran and Fang Liu and Soma Chakraborty and Carl C. Gryte and Namita Deo and T. SomasundaranNobuyuki Morimoto and Shin-ichiro M. Nomura and Naomi Miyazawa and Kazunari AkiyoshiSarvesh K. Agrawal and Heidi A. Sardhina and Khaled A. Aamer and Naomi Sanabria-DeLong and Surita R. Bhatia and Gregory N. TewZhiyong Gu and Paschalis AlexandridisE. Alexandre and K. Boudjema and B. Schmitt and J. Cinqualbre and D. Jaeck and P. J. LutzRamesh Dandu, Zaki Megeed, Mohamed Haider, Joseph Cappello and Hamidreza GhandehariBrent Weinberg and Feng Qian and Jinming GaoJianwei Li and Jeremy J. MassoK. L. Andrew Chan and Sergei G. KazarianJorg C. TillerB. Y. Shekunov and P. Chattopadhyay and J. SeitzingerJ. Richard and F. Deschamps and A. M. De Conti and O. ThomasFenghui Niu and Katherine F. Roby and Roger A. Rajewski and Charles Decedue and Bala SubramaniamBrian K. Johnson and Walid Saad and Robert K. Prud'hommeE. J. Elder and J. E. Hitt and T. L. Rogers and C. J. Tucker and S. Saghir and G. B. Kupperblatt and S. Svenson and J. C. EvansKirk A. Overhoff and Keith P. Johnston and Robert O. Williams IIIJ. C. Evans and B. D. Scherzer and C. D. Tocco and G. B. Kupperblatt and J. N. Becker and D. L. Wilson and S. Saghir and E. J. ElderLarry Brown and Yuanxi Qin and Kenneth Hogeland and John McGeehan and Kathy Mason and Travis Jeannotte and Robert Fortier and Eric MooreYourong Fu and Seong Hoon Jeong and Jacqueline Callihan and Jeanny Kim and Kinam Park
Prefacep. xi
Overview
1 Advances in Polymeric Matrices and Drug Particle Engineeringp. 2
Polymeric Matrices
2 Injectable Drug Delivery Based on Polymer Solutions: Experiment and Modelingp. 14
3 Poly(Ortho esters): Some Recent Developmentsp. 29
4 Paclitaxel Delivery from Novel Polyphosphoesters: From Concept to Clinical Trialsp. 44
5 Novel Nanogels for Drug Binding and Deliveryp. 69
6 Nanogel Engineered Designs for Polymeric Drug Deliveryp. 88
7 Triblock Plla-Peo-Plla Hydrogels: Structure and Mechanical Propertiesp. 102
8 Equilibrium and Kinetics of Drying and Swelling of Poloxamer Hydrogelsp. 120
9 Poly(Ethylene oxide) Hydrogels: Valuable Candidates for an Artificial Pancreas?p. 135
10 Silk-Elastinlike Hydrogels: Thermal Characterization and Gene Deliveryp. 150
11 Development and Characterization of Dual-Release Poly(d,l-lactide-co-glycolide) Millirods for Tumor Treatmentp. 169
12 Prediction of Drug Solubility in Adhesive Matrix for Transdermal Drug Delivery Based on a Solvation Parameter Modelp. 186
13 Dissolution of Solid Dispersions of Ibuprofen Studied by Fourier Transform Infrared Imagingp. 203
14 Silver-Based Antimicrobial Coatingsp. 215
Engineered Drug Particles
15 Engineering of Composite Particles for Drug Delivery Using Supercritical Fluid Technologyp. 234
16 Using a Supercritical Fluid-Based Process: Application to Injectable Sustained-Release Formulations of Biomoleculesp. 250
17 Paclitaxel Nanoparticles: Production Using Compressed CO 2 as Antisolvent: Characterization and Animal Model Studiesp. 262
18 Nanoprecipitation of Pharmaceuticals Using Mixing and Block Copolymer Stabilizationp. 278
19 Particle Engineering of Poorly Water Soluble Drugs by Controlled Precipitationp. 292
20 Improvement of Dissolution Rate of Poorly Water Soluble Drugs Using a New Particle Engineering Process: Spray Freezing into Liquidp. 305
21 Preparation of Nanostructured Particles of Poorly Water Soluble Drugs via a Novel Ultrarapid Freezing Technologyp. 320
22 Water-Soluble Polymer Formation of Monodispersed Insulin Microspheresp. 329
23 Preparation of Fast-Dissolving Tablets Based on Mannosep. 340
Author Indexp. 353
Subject Indexp. 355
Go to:Top of Page