By Magda A. El-Nokaly, Helena A. Soini
content material: Alginate microparticles for vaccine supply / M.A. Suckow, L. Siger, T.L. Bowersock, J.J. Turek, D. Van Horne, D. Borie, A. Taylor, H. Park, and ok. Park --
Gene supply by means of quaternary chitosan with antennary galactose residues / Tatsuro Ouchi, Jun-ichi Murata, and Yuichi Ohya --
Drug-cyclodextrin complexation within the presence of water-soluble polymers : improved solubility and percutaneous shipping / Már Másson and Thorsteinn Loftsson --
coaching of polyrotaxanes and molecular tubes for host-guest platforms / Pierandrea LoNostro, Massimo Ceccato, and Piero Baglioni --
Cyclodextrin-linked chitosan : synthesis and inclusion complexation talents / Nobuo Sakairi, Norio Nishi, and Seiichi Tokura --
instruction of inclusion foams from chitin and PEG-chitin for the drug supply approach / S. Tokura, H. Tamura, T. Dohba, okay. Takahashi, N. Sakairi, and N. Nishi --
Polysaccharide engineering : silicified microcrystalline cellulose as a unique high-functionality pharmaceutical fabric / Stephen aspect, D. Fraser Steele, Michael J. Tobyn, and John N. Staniforth --
Synthesis and characterization of thermoreversible sucrose hydrogels (sucrogels) / Seongbong Jo and Kinam Park --
Investigations on cellulose-carbanilates and cellulose-carbanilate-acetates in dilute ideas / Kati Schmidt, Frank-Immo Hildebrandt, and Peter Zugenmaier --
Molten inorganic salt hydrates as cellulose solvents / S. Fischer, H. Leipner, E. Brendler, W. Voigt, and ok. Fischer --
Cellulosic liquid crystals / Pierre Sixou --
Chitosan-pluronic actual interpenetrating community : membrane fabrication and protein permeability stories / Derrick Anderson, Tragiang Nguyen, and Mansoor Amiji --
Interactions among cyclodextrins and a combined cationic cellulose ether : anionic surfactant gelling method / Paschalis Alexandridis, Sungsook Ahn, and Marina Tsianou --
interplay among chitin derivatives and surfactants / J. Desbrières and M. Rinaudo --
impact of cationic cellulose constitution on interactions with sodium dodecyl sulfate / Melissa Manuszak Guerrini and William H. Daly --
Creaming and rheology of flocculated emulsions / Pretima Manoj, Andrew D. Watson, Annette J. Fillery-Travis, David J. Hibberd, and Margaret M. Robins --
construction aqueous viscosity via synergistic polymer-polymer interactions / James V. Gruber and Peter N. Konish --
Ultrasonic thoughts to symbolize targeted colloidal dispersions / D.J. Hibberd, M.J. Garrood, J.M. Leney, and M.M. Robins --
Fluorescence microscopy examine of the sorption of cationic polymers on hair / S.T.A. Regismond, Y.-M. Heng, E.D. Goddard, and F.M. Winnik --
Small-angle neutron scattering on impartial and cationic guar galactomannan / M.R. Gittings, J. Lal, P.J. Dérian, and C. Marques --
purposes of gel permeation chromatography with multi-angle gentle scattering to the characterization of polysaccharides / D. Richard White, Jr. --
Capillary electrophoresis in starch research / H.A. Soini and M.V. Novotny.
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Extra info for Polysaccharide Applications. Cosmetics and Pharmaceuticals
Tablets containing pure 17p-estradiol (•), tablets containing physical mixture of 17p-estradiol and HPpCD (•), tablets containing lyophilized 17p-estradiolHPpCD inclusion complex with excess of HPpCD (•), and tablets containing lyophilized 17p-estradiol-HPpCD without excess of HPpCD (o). 5 10 Time (hours) 15 Figure 20 The 17p-estradiol concentration (In Cp) versus time, after sublingual administration of lOOjig of 17p-estradiol. Mean values from 6 women Conclusion. The CDs have many attractive properties which make them unique as pharmaceutical excipients.
Similar results have been obtained for rabbit eye cornea (27) and nasal mucosa (14). The experimental results are in agreement with theory were the predicted increase is due to increase in the aqueous diffusion rate and the decrease, when excess CD is added, is due to decreasing partition coefficient. Cellophane membrane can be used to optimize the release from topical formulations (Figure 8). In this case Equation 3 can also be fitted to the relationship between flux and CD concentration. Penetration enhancers are frequently used in dermal and other topical formulations.
In this case Equation 3 can also be fitted to the relationship between flux and CD concentration. Penetration enhancers are frequently used in dermal and other topical formulations. Dermal penetration enhancers will affect the barrier function in the stratum corneum (28, 29). According to Equation 3 a co-operative effect between penetration enhancers and CDs should be expected and this has been demonstrated by experiment (30). ; ACS Symposium Series; American Chemical Society: Washington, DC, 1999.