
76th PRAGUE MEETING
ON MACROMOLECULES
| Sunday 1 July |
Monday 2 July |
Tuesday
3 July |
Wednesday 4 July |
Thursday 5 July |
|
| Programme as PDF | |||||
| Invited Main Lectures | Special Presentations | Poster Presentations | Author index | |||||
| SL01 | P. Stayton (U.S.A.) Intracellular delivery of biologic drugs |
| SL02 | H. Ghandehari, A. Gormley, N. Larson, R. Robinson, A. Banisadr, A. Ray (U.S.A.) Gold nanorod mediated hyperthermia enhances the delivery of HPMA copolymer-peptide conjugates to prostate tumors |
| SL03 | J. Feijen, J.S. Lee, M. Ankone, E. Pieters, R.M. Schiffelers, W.E. Hennink (Netherlands) Biodegradable polymersomes for drug delivery |
| SL04 | W.E. Hennink, M. Talelli, B. Crielaard, T. Lammers, G. Storm (Netherlands) HPMA-based polymeric micelles for targeted drug delivery |
| SL05 | C. Wang (U.S.A.) Understanding the mechanisms of polymer-mediated DNA vaccine delivery |
| SL06 | D. Putnam, M.P. DeLisa, J.A. Rosenthal (U.S.A.) Presentation of recombinant subunit vaccines to enlist a cellular bias immune response |
| SL07 | E. Wagner (Germany) Sequence-defined oligo(ethanamino)amides as dynamic carriers for targeted drug delivery |
| SL08 | J. Li, D. Oupický (U.S.A.) Polymeric prodrugs for nucleic acid delivery |
| SL09 | A. Kabanov (U.S.A.) Polymeric micelles and polyion complexes for drug delivery: State-of-art and future directions |
| SL10 | R. England, A. Duro, I. Conejos-Sánchez, A. Birke, M. Barz, M.J. Vicent (Spain) Well-defined and versatile polyglutamates as carriers for drug delivery and molecular imaging |
| SL11 | K. Mäder (Germany) Noninvasive monitoring of polymeric drug delivery systems |
| SL12 | R. Satchi-Fainaro (Israel) Revealing endothelial and cancer ZIP codes for polymer theranostics |
| SL13 | T. Lammers (Germany) Drug targeting and imaging: current concepts and future directions |
| SL14 | F.S. Du, Z.C. Li (People's Republic of China) Acid-labile thermoresponsive polymers as drug delivery carriers |
| L01 | T. Bronich (U.S.A.) Engineering of soft nanomaterials for drug delivery in cancer |
| L02 | D. Appelhans, N. Hauptmann, F. Ennen, B. Voit (Germany) Dendritic glycopolymers as polymeric therapeutics and diagnostics |
| L03 | G. Mező, Sz. Bősze, R. Szabó, F. Hudecz (Hungary) Branched chain polymeric polypeptides as carriers for therapeutic tools |
| L04 | Z. Ye, X. Wu, Z.-R. Lu (U.S.A.) A biodegradable macromolecular MRI contrast agent with high kinetic stability for cancer imaging |
| L05 | J. Kronek, A. Zahoranová, M. Mikulec, Z. Kroneková, J.
Lustoň (Slovakia) Thermosensitive hydrogels based on 2-oxazolines for bioapplications |
| L06 | S. Marchesan, L. Waddington, C.D. Easton, Y. Qu, T.
Lithgow, K.M. McLean, F. Kushkaki, J. Forsythe, P.G. Hartley (Australia) Tripeptide self-assembled hydrogels: soft nanostructured materials for drug delivery |
| L07 | M. Pechar, R. Pola, K. Ulbrich, L. Bednárová, P.
Maloň, I. Sieglová, V. Král, M. Fábry, M. Kabešová, M. Kovář (Czech
Republic) Hybrid polymer therapeutics: synthetic polymers and recombinant proteins |
| L08 | A. Bunker, A. Magarkar, E. Karakas, J. Lehtinen, A.
Urtti, M. Yliperttila, T. Róg (Finland) PEG as protective sheath in drug delivery: how does it work and can we do better? Molecular dynamics simulation provides some answers |
| L09 | M.I. Shtilman, A.N. Kuskov, A.V. Goruachaya, V.P.
Torchilin (Russian Federation) Amphiphilic polymers - the new carriers for controlled release systems |
| L10 | I. Teasdale, S. Wilfert, M. Waser, H. Falk, O.
Brüggemann (Austria) Conjugates of hypericin with biodegradable polyphosphazenes |
| YP01 | W. Scarano, H. Duong, P. de Souza, M. Stenzel (Australia) Novel reversible conjugation of folate on polymeric micelles for the delivery of Pt (IV) anticancer agents |
| YP02 | L. Messager, E. Hachet, B. Catargi, R. Auzély-Velty,
V. Ravaine (France) Glucose-responsive nanogels based on polysaccharide as nanocontainers for drug delivery |
| YP03 | J.-M. Prill, N. Pasquarelli, V. Šubr, T. Engler, K.
Ulbrich, S. Kochanek, F. Kreppel (Germany) Capsomere specific bioresponsive coating of adenoviral vectors with pHPMA-copolymers can mediate charge dependent hepatocyte transduction in vivo |
| YP04 | E. Drabinová, M. Sedlák (Czech Republic) Esterase sensitive prednisolone-α-cyclodextrin-star PEG polypseudorotaxanes for drug targeting and delivery control |
| YP05 | L. Filipe, A. Rey-Rico, A.P. Piedade, J.J. Watkins, C.
Alvarez-Lorenzo, A. Concheiro, M.E.M. Braga, H.C. de Sousa (Portugal) Supercritical carbon dioxide deposition of dexamethasone in bioactive glasses prepared by an aqueous sol-gel route |
| YP06 | S. Hoffmann, L. Vystrčilová, K. Ulbrich, T. Etrych, H.
Caysa, T. Mueller, K. Mäder (Germany) HPMA copolymer drug conjugates with pH-sensitive release: noninvasive and simultaneous characterisation of carrier and drug model biodistribution and tumour accumulation in mice by use of in vivo multispectral optical imaging |
| YP07 | O. Gezici, V. Ibrahimova, E. Bilget Guven, R. Cetin
Atalay, D. Tuncel (Turkey) Multifunctional conjugated polymer nanoparticles as a carrier for an anti-cancer drug and fluorescent probe for cell imaging |
Generated on 30.8.2012 from the source modified on 15.6.2012.