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Drug-carrier

I. Gonda, Crit. Lev. Then Drug Carrier Syst. 6, 273—313 (1990). [Pg.150]

L. Fiume, C. Busi, A. MattioH, and G. Spiuosa, CRC Critical Reviews in Therapeutic Drug Carrier Systems 4, 265—284 (1988). [Pg.151]

MAI composed of PAIE for application to emulsifiers, drug carriers, and ion-exchange resins [60,61]. Poly(per-fluoropropyleneglycol)-b-poly(acrylic acid) was synthesized initiated with an MPI having fluoroalkyl group in the main chain [62]. It was soluble to water, ethanol, and THF, and showed water repellency, oil repellency, antifouling, and resistance to chemicals. [Pg.763]

Phospholipids e.g. form spontaneously multilamellar concentric bilayer vesicles73 > if they are suspended e.g. by a mixer in an excess of aqueous solution. In the multilamellar vesicles lipid bilayers are separated by layers of the aqueous medium 74-78) which are involved in stabilizing the liposomes. By sonification they are dispersed to unilamellar liposomes with an outer diameter of 250-300 A and an internal one of 150-200 A. Therefore the aqueous phase within the liposome is separated by a bimolecular lipid layer with a thickness of 50 A. Liposomes are used as models for biological membranes and as drug carriers. [Pg.12]

Duncan, R. and Kopecek, J. Soluble Synthetic Polymers as Potential Drug Carriers. Vol. 57, pp. 51 —10 . [Pg.152]

Ohya et al. reported poly(ethyleneglycol)-grafted chitosan nanoparticles as peptide drug carriers. The incorporation and release of insulin was dependent on the extent of the reaction of poly(ethyleneglycol) with chitosan [190]. [Pg.175]

Spray-drying of chitosan salt solutions provides chitosan microspheres having diameters close to 2-5 p.m and improved binding fimctionaUty. The chitosan microsphere free-flowing powder is compressible and hence most suitable as a drug carrier [ 195-204]. The following are some examples. [Pg.176]

Anwer K, Rhee BG, Mendiratta SK (2003) Critical Rev Ther Drug Carrier Sys 20 249... [Pg.202]

Polymeric microparticles have been studied and developed for several years. Their contribution in the pharmacy field is of utmost importance in order to improve the efficiency of oral delivery of drugs. As drug carriers, polymer-based microparticles may avoid the early degradation of active molecules in undesirable sites of the gastrointestinal tract, mask unpleasant taste of drugs, reduce doses and side effects and improve bioavailability. Also, they allow the production of site-specific drug targeting, which consists of a suitable approach for the delivery of active molecules into desired tissues or cells in order to increase their efficiency. [Pg.61]

The aim of this chapter is to summarize some of the research findings on xylan, a natural polymer extracted from corn cobs, which presents a promising application in the development of colon-specific drug carriers. Physicochemical characterization of the polymer regarding particle size and morphology, composition, rheology, thermal behavior, and crystallinity will be provided. Additionally, research data on its extraction and the development of microparticles based on xylan and prepared by different methods will also be presented and discussed. [Pg.61]

Couvreur, P., Barratt, G., Fattal, E., Legrand, P. Vauthier, C. (2002). Nanocapsule technology A review. Critical Reviews in Therapeutic Drug Carrier Systems, Vol. 19, 2, (March 2002), pp. (99-134), ISSN 0743-4863... [Pg.79]

Kanke, M., Geissler, R. G., Powell, D., Kaplan, A., and De-Luca, P. P., Interaction of microspheres with blood constituents. III. Macrophage phagocytosis of various types of polymeric drug carriers, J. Parent. Sci. Technol., 42, 157, 1988. [Pg.34]

Deong, K. W., Brott, B. C., and Danger, R., Bioerodible polyanhydrides as drug-carrier matrices. I. Characterization, degradation and release characteristics, J. Biomed. Mater. Res., 19, 941-955, 1985. [Pg.68]

Heller, J., Biodegradable polymers in controlled drug delivery, CRC Crit. Rev. Ther. Drug Carrier Syst.. 1, 39-90, 1984. [Pg.159]

Arnold, L. J., Dagan, A., and Kaplan, N. O., Poly(L-lysine) as an antineoplastic agent and a tumor-specific drug carrier,... [Pg.226]

Prior to the study by Chen et al. (140), only one publication discussed the use of the protein casein as a drug carrier (141). Chen et al. systematically compared the many features of albumin and casein microspheres—morphology, drug (adriamycin) incorporation, and release—in an effort to identify important factors in the antitumor effect of this delivery system. [Pg.248]


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Advantages as drug carrier

Advantages of PEG as Drug Carrier

Aerogels Based on Biopolymers as Drug Carriers

Albumin as a drug carrier

Antituberculosis drug carriers

As drug carriers

Based drug delivery carriers

Biodegradable drug carriers

Biodegradable polymer as drug carriers

Capsules, drug carriers

Carrier for Controlled-Release Drugs

Carrier-Mediated Approaches to Drug Absorption

Carrier-mediated transport of drugs

Carriers, drugs/genes

Carriers, for oral drug delivery

Chitosan An Emanating Polymeric Carrier for Drug Delivery

Cholesterol protein drug carriers

Colloid drug-carrier systems

Colloid drug-carrier systems types

Colloidal drug carrier

Dendrimers drug carrier

Dextran as drug carrier

Dextrane as drug carrier

Drug Carriers and Chelators

Drug absorption carrier-mediated approaches

Drug absorption carrier-mediated systems

Drug carriers doxorubicin-conjugated

Drug carriers lipid-membrane-based

Drug carriers polymer-based

Drug carriers tablet

Drug carriers thermo-responsive

Drug carriers, antibodies

Drug carriers, biodistribution

Drug carriers, implantable

Drug carriers, liposomes

Drug carriers, pharmaceutical cyclodextrin

Drug carriers, targetable

Drug carriers, use

Drug delivery, carriers cyclodextrin

Drug delivery, carriers liposomes

Drug release macromolecular carriers

Drug targeting macromolecular carriers

Drug-carrier complex

Drug-carrier conjugates

Drug-carrier systems

Drug-carrier systems, properties

Drug-coarse carrier interaction

Drug-delivery carriers

Drugs Carrier-Bound

Drugs drug carrier

Drugs drug-carrier association

Emulsion polymeric drug carriers

Ethosomal carriers, transdermal drug

Excipient drug carrier system

Gene delivery protein drug carriers

Hydrogels drug carriers

Hydrophilicity drug carriers

Important properties polymeric drug carriers

Introduction to Colloidal Drug Carriers

Linkage between drug and carrier

Lipidic drug carriers

Lipidic drug carriers liposomes

Lipidic drug carriers natural products

Liposomes as drug carrier

Macromolecular Drug Carriers

Microparticles drug carriers

Multifunctional drug carriers

Nanoparticle drug carrier systems

Nanoparticles as drug carrier

Nanoparticular drug carriers

Nanoparticulate drug carrier systems

PEG-coated long-circulating drug carriers

Parenteral Drug Carriers

Particulate carriers parenteral drug delivery

Pharmacokinetic drug - carrier conjugate

Poly as drug carrier

Poly drug delivery carrier

Polymer as Novel Drug Carrier

Polymeric Drugs and Drug Carriers

Polymeric carriers, for drug delivery

Polymeric drug carriers

Polymers as drug carriers

Polymers drug carrier

Polyrotaxanes drug carrier

Polysaccharides as drug carriers

Polyurethanes drug delivery carriers

ROMP Polymers as Drug Carriers

Single drug carrier

Smart polymeric carriers for drug delivery enzyme-responsive nanocarriers

Smart polymeric carriers for drug delivery nanocarriers responsive to other stimuli

Smart polymeric carriers for drug delivery oxidation-responsive nanocarriers

Smart polymeric carriers for drug delivery temperature-responsive nanocarriers

The Linkage Between Drug and Carrier

The Molecular Design of Polymeric Micelle Drug Carrier Systems

Transcellular drug transport carrier-mediated processes

Vesicles, drug carriers

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