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Contributions 1 to 20 (Ox.x : Orals; Pxx : Posters) |
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O1-1 |
The application of microcapsules in bioconversion reactions
Marison I. |
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O1-2 |
Production of the autolytic culture Lb. delbrueckii ssp. lactis FAM-10991 using
Koch S., Wettstein M., Eugster-Meier E., Meile L., Lacroix C. |
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O1-3 |
Analysis of hydrodynamic parameters of pneumatic air lift bioreactors with immob
Bugarski B., Milivojevic M., Pavlou S., Nedovic V. |
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O1-4 |
Encapsulation as a powerful tool for cell therapies and GMP biomanufacturing
Heinzen C., Berger A., Fux C. |
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O2-1 |
Cell encapsulation: Will it ever become part of the clinical arsenal?
Aebischer P. |
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O2-2 |
Current insights in factors influencing long-term survival of encapsulated cells
De Vos P. |
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O2-3 |
A Clinically Relevant Microcapsule for Islet Transplantation
Safley S., Cui H., Burden C., Cauffiel S., Holbrook B., Weber C. |
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O2-4 |
Application of cells microencapsulation for bioartificial liver in fluidized bed
Gautier A., Carpentier B., Dufresne M., Paullier P., Legallais C. |
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O2-5 |
Cell Based Therapy Using Genetically Modified, Encapsulated Cells
O. Hauser, S. Schwab, W. Tabotta, WH Gunzburg, B. Salmons, H. Holzmuller |
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O3-1 |
Formulation optimizing for aqueous enteric coating systems
Salar Behzahdi S., Zohrer K., Schaffer D., Viernstein H. |
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O3-2 |
Layer by layer adsorption of polyelektrolytes to encapsulate enzymes in polyelec
Baumler H., Garbers E., Georgieva R. |
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O3-3 |
Bioencapsulated nanoparticles with the control of particle s morphology and the
Kim J.-H., Kim Y.-W., Jo J.-E., Lee J.-M., Lee J.-Y. |
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O3-4 |
Delivery of probiotic and prebiotic synergy using microencapsulation
Ying D.Y., Parkar S., Luo X.X., Seelye R., Sharpe J.C., Saunders J., Schroeder R |
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O3-5 |
The adsorption of immunoglobulin on alginate-based microcapsules
Tam S.K., de Haan B., Halle J.-P., Yahia L.H., de Vos P. |
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O4-1 |
Structure engineering and processing of reactive multi-component microcapsules
Windhab E. |
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O4-2 |
Chitosan-based nanoparticles by ionotropic gelation process
Kauper P., Forrest M. |
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O4-3 |
Cell-compatible covalent alginate beads obtained from a chemoenzymatically engin
Rokstad A.M., Donati I., Borgogna M., Oberholzer J., Strand B.L., Espevik T., Sk |
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O4-4 |
Improvement of alginate microbeads by enzymatic modification
Morch Y., Strand B., Donati I., Skjak-Braek G. |
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O5-1 |
Influence of hydrocolloid interactions on their encapsulation properties using s
Weissbrodt J., Kunz B. |
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O5-2 |
Application of encapsulation into UV curable ORMOCER in a construction of opti
Kuncova G., Betancour L., Rose K., Scully P., Sasek L. |
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