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Contributions 1 to 20 (Ox.x : Orals; Pxx : Posters) |
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01-1 |
Fundamentals of dispersion in encapsulation technology
Poncelet D., Dulieu C., Neufeld R. |
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01-2 |
A novel vibrating nozzle extrusion system for the application of microbial and a
Marison I., Brandenberger H., Catana E., Heinzen C., Kuhn O., Pluss R. |
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01-3 |
Encapsulation by polyelectrolyte complex formation - current state of developmen
Dautzenberg H., Lukanoff B., Schuldt U., Tiersch B. |
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01-4 |
Influence of the immobilization technique on the efficiency of stereoselective r
Christov P., Spassov G., Pramatarova V. |
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01-5 |
Polyvinylalcohol (PVAL)-hydrogels for the entrapment of nitrifiers
Jekel M., Buhr A., Willke T., Vorlop K. |
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01-6 |
Inclusion of large hydrocolloids in microcapsules by reversible porosity change
Woehlecke H., Ehwald R. |
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01-7 |
Basic physicochemical properties of poly(vinyl alcohol) cryogels determining the
Lozinsky V.I., Zubov A.L. |
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02-1 |
Mechanical damage to microcapsules in turbulent capillary flows
Sia S.T., Zhang Z. |
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02-2 |
Characterization of alginate gels : relation between structure and retention/rel
Ouwerx C., Deghorain B., Mestdagh M.M., Axelos M.A.V. |
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02-3 |
Non-invasive monitoring of cell-based bioartificial tissue constructs by NMR
Constantinidis I., Long Jr R.C., Sambanis A. |
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02-4 |
Encapsulation of living cells in alginate and alginate/PVAL hydrogels
Kujawa P., Lemiesz M., Kolodziejczyk M., Narebski J., Pajewski L.A., Rosiak J.M. |
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02-5 |
Stable polysaccharide gelling systems for bioencapsulation
Krylova E.A., Lukina I.G., Mulyukin A.L., Kozlova A.N., El-Registan G.I., Plashc |
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03-1 |
Bioencapsulation for high-throughput screening
Nasby N., Cantafio A., Aronson N., Sherman D. |
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03-2 |
Gel beads containing cells as versatile autopoietic machines
Nava Saucedo E., Bienaime C., Roisin C., Gosselin M.L., Asanza Teruel, Barreleir |
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03-3 |
Effect of alginate gel structure on bacterial conjugation
Mater D.D.G., Nava Saucedo J.E., Truffaut N., Barbotin J.N., Thomas D. |
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03-4 |
Bioluminescence as indicator of cells viability of immobilized E. coli cells car
Brovko L., Romanova N., Makhlis T., Zubov A., Lozinsky V., Ugarova N. |
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04-1 |
Magnetically guided drugs of cytostatic and anaesthetic action based on high dis
Chuiko A.A., Shklovskaya N., Fedorenko O., Rurbatova G., Oranskaya E., Sokhov S. |
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04-2 |
Photosensitized erythrocytes as active agent delivery/targeting vehicles
Rollan A.M., McHale A.P. |
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04-3 |
Human liver cell lines proliferate freely and maintain their differentiated phen
Selden C., Leiper K., Ryder T., Roberts E., Parker K., Winlove P., Hogson H.J.F. |
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04-4 |
Improvement of biocompatibility of A-P-A-microcapsules with PEG-amine for bioart
Chen J.P., Shiao M.Y., Chu I.M., Hsu B.R.S., Fu S.H. |
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