Biofabrication 2012 MONDAY, 29th October 2012 10.30-10.50 ...

Biofabrication 2012MONDAY, 29th October 201210.30-10.50 Opening and Welcome B. Derby: University of Manchester, UK.10.50-11.30 KEYNOTE TALK: Cell Printing, Principles and Applications T. Boland: University of Texas, El Paso, USA.Inkjet Printing and Drop Deposition11.30-11.50 Construction of high dense transfected cell microarray S. Fujita, J. Fukuda, J. Enomoto, R. Onuki-Nagasaki: AIST,University of Tsukuba, Japan.11.50-12.10 3D Patterning of Hydrogel by Multi-Component Inkjet Printing A. Negro1, K. Pataky, J. Brugger, M.P. Lutolf: EPFL, Lausanne,Switzerland12.10-12.30 Development of a Valve-Based Cell Printer for the Formation of hESC A. Faulkner, J. King, J. Gardner, S. Greenhough, A. Courtney,Spheroid Aggregates12.30-12.50 Minimum Resolution for Heterogeneous Cell Deposition by InkjetPrintingLUNCHLaser Processing 113.30-13.50 In vivo and in situ bioprinting of cells and biomaterials to guide tissuerepairW. Shu: Heriot Watt University, Edinburgh, UK.A. Beer, Z. Chen. R.E. Saunders and B. Derby, University ofManchester, UK.V. Keriquel, S. Catros, S. Ziane, R. Bareile, M. Remy, S. Delmond,B. Rousseau, J. Amedee, F. Guillemot, J-C. Fricain, University ofBordeaux, France.13.50-14.10 Laser fabrication of cell-containing hydrogel constructs A. Ovsianikov, J. Torgersen, X.Qin, Z. Li, S. Mühleder,W. Holnthoner, H. Redl, R. Liska, J. Stampfl, TU Wien, AustriaD. Chrisey, T, Phamduy, Tulane University, New Orleans, USA.14.10-14.30 Spatially-defined co-cultures of stem cells and cancer cellsencapsulated in hydrogel microbeads14.30-14.50 Laser-Printed Skin Tissue L. Koch, M. Gruene, A. Deiwick, S. Schlie, B. ChichkovS. Michael,K. Reimers, P.M. Vogt, Laser Zentrun, Hannover and HannoverMedical School, Germany.14.50-15.10 Controlling neuronal cell response via Laser-fabricated, 3D micropatternedsilicon surfacesTEAA. Ranella, C. Simitzi, P.Eustathopoulos, I. Pediaditakis,G.Charalampopoulos, E. Stratakis, I. Athanassakis, A. Gravanis,C. Fotakis, University of Crete, Greece.

Biofabrication 2012MONDAY (continued)Biomaterials for Biofabrication15.30-15.50- New cytocompatible materials for additive manufacturing of bioinspiredblood vessels systems15.50-16.10 Fiber reinforcement of gelatin methacrylate with a printedpMHMGCL-PCL network16.10-16.30 Development of printable collagen-based biomaterials for 3D tissuefabrication16.30-16.50 Photopolymerizable and non-gelling gelatin for the preparation ofcartilage substitutes by liquid handling techniques16.50-17.10 Indirect Biofabrication of Apatite-wollastonite (A-W) implantabledevices by three dimensional printing (3DP).17.10-17.30 Investigation of cell behaviours on coated nanoengineered surfacewith extracellular matrix proteinsK. Borchers, C. Bierwisch, J. Cousteau, S.Engelhard C. Graf,R. Jaeger, N. Klechowitz, P. Kluger, H. Krueger, W. Meyer,E. Novosel, O. Refle, C. Schuh, N. Seiler, G. Tovar, M. Wegener, T.Ziegler. Fraunoffer Institute, Stuttgart, Germany.J. Visser, K.W.M. Boere, H. Seyednejad, W.E.Hennink,W.J.A. Dhert, T. Vermonden. J. Malda. Utrecht University,Netherlands.M. Nakkouche, C. Rankowski, J. Kalisky, B. Guillotin, M. Rémy,J-C. Fricain, F. Guillemot, R. Devillard, University of Bordeaux,France.E. Hoch, G.E.M. Tovar, K. Borchers, University of Stuutgart andFraunoffer Institute, Stuttgart, Germany.S.F. Khan, N. Alharbi, K.W. Dalgarno, Newcastle University, UK.M-H. Na, K.J. Cha, D.S. Kim, POSTECH, Korea.

Biofabrication 2012TUESDAY, 30th October, 20129.00-9.40 KEYNOTE TALK The opportunities and challenges of devising D. Hutmacher, Queensland University of Technology, Australia.constructive experimental protocols toward the translation ofbiofabrication from bench to bedsideMicrofluidics & Bioreactors9.40-10.00 Printable Vessel-like Micro-fluidic Channels towards Organ Printing G. Orsi, F. Gattazzo, G. Vozzi, University of Pisa, Italy10.00-10.20 New 3D scaffold consisting of assembled subunits as culturechambers and an interconnected flow-channel network for liverY. Pang, Y. |Horimoto, K. Hara, Y. Itagaki, T. Niino, Y. Sakai,University of Tokyo, Japan.tissue engineering10.20-10.40 Physiologically Derived In Vitro Model of Liver Sinusoid for High J. Snyder, C. Wang, W. Sun, Drexel University, Philadelphia, USA.Fidelity Drug DiscoveryCOFFEELaser Processing II11.10-12.00 Fabrication of 3D scaffolds using Direct fs Laser Writing M. Farsari, V. Melissinaki, K. Terzaki, M. Vamvakaki, M.Chatzinikolaidou, A. Ranella, A. Mitraki, C. Fotakis: University ofCrete, Greece; A.A. Gill, F. Claeyssens: University of Sheffield, UK.12.00-12.20 Direct laser writing of composite scaffolds using a polymer-ceramic E. Kaplya, M. Kellomäki: Tampere University of Technology,hybrid material and nanohydroxyapatite12.20-12.40 Laser fabrication of 3-D porous scaffolds at submicron resolutionfrom a novel biodegradable photoelastomer12.40-13.00 Direct fabrication of bioceramic implants for bone regeneration bylaser cladding techniqueLUNCHFinland.P. Petrochenko, J. Torgersen, P. Gruber, L. Hicks, G. Kumar,R. Narayan, P. Goering, C.G. Simon, Jr., R.Liska, J. Stampfl,A. Ovsianikov: FDA, USA; University of N. Carolina at Chapel Hill,USA; TU Wien, Austria; NIST, USA.R. Comesaña, F. Lusquiños, J. del Val, A. Riveiro, F. Quintero, M.Boutinguiza, J. Pou, University of Vigo, Spain.

Biofabrication 2012TUESDAY (continued)Microextrusion14.00-14.20 3D plotting – a versatile method for fabrication of complex scaffoldsand artificial tissues for medical applicationsA.R. Akkineni, Y. Luo, K. Schütz, A-M. Placht, K. Faulwasser,A. Lode, M. Gelinsky: TU Dresden, Germany.14.20-14.40 Indirect rapid prototyping using Pam2 system C. De Maria, G. Vozzi, University of Pisa, Italy14.40-15.00 Printed scaffolds for Islets of Langerhans transplantation G.Marchioli, P. Van Krieken, L. Van Gurp, M. Engelse,E. de Koning, L. Moroni, A. Van Apeldoorn, J. Alblas,M. Karperien; Twente University, Leiden University, UtrechtUniversity, Netherlamnds.15.00-15.20 Fate of human Mesenchymal stem cells, after soluble factor induceddifferentiation, cultured on 3D fused deposition modeled PEOT/PBTscaffoldsA. Leferink and G. Vozzi, University of Pisa, Italy15.20-15.40 Printable Vessel-like Micro-fluidic Channels towards Organ Printing Y. Zhang, I.Y. Ozbolat: University of Iowa, USA>15.40-16.00 Fused Deposition Modelling of Polylactic Acid Scaffolds S, Toumpaniari, K. Dalgarno, M.J. Benning, Newcastle University,UK.16.00-18.00 TEA & POSTERS

Biofabrication 2012Wednesday, 31st Ocrober (2012)9.00-9.40 KEYNOTE TALK: Getting from one to many patients, aD. Williams: University of Loughborough, UKmanufacturing reality checkElectrospinning9.40-10.00 Applications of three-dimensional nanofibrous structure fabricated Y.H. Jeong, J. Lee, J. Jang, D-W. Cho, W-S. Yun: POSTECH, Korea.using a direct-write electrospinning10.00-10.20 Patterned Electrospun Fibres Embedded In A Hydrogel Network:Guidance Scaffold Development For A Novel Regenerative NeuralInterfaceP. Wieringa, R. Truckenmueller, C.A. van Blitterswijk,R. van Wezel, S. Micera, L. Moroni: Twente University,Netherlands; University of Pisa, Italy; EPFL, Switzerland.COFFEEScaffold Free Approaches and Novel Methods10.50-11.10 Development of 3D cell aggregation system using magneto-Y. Akiyama: University of Tokyo, Japan.Archimedes effect11.10-11.30 Fabrication of meniscus like chondrocyte scaffold free construct K. Nakayama,T.Tamura, M. Shomura, S. Matusda, Y. Iwamoto,Saga University; Cyfuse Biomedical KK; Shibuya Kogyo Co. Ltd.,Japan.11.30-11.50 Micro-vascularized MSC-loaded fibrin constructs cultured inbioreactor for bone tissue engineering11.50-12.10 Scalable biofabrication of chondrospheres of standard size and shapeusing molded non-adhesive hydrogel12.10-12.30 Rapid assembly of vascular-like structure using electrochemical celltransferLUNCHC. Arrigoni, M. Pierro, T. Kakegawa, I. Scibelli, N. Mochizuki,n. Sadr, J. Fukuda, M. Moretti: Gruppo Ospedaliero San DonatoFoundation, Milan, Italy; University of Tsukuba, Japan; MilanPolytechnic, Italy; Istituto Ortopedico Galeazzi, Milan, Italy.J.A. Rezende, M. T. Duailibi, F. Pereira, K. Brakke**, V. Mironov,S.E. Duailibi, J.V.L. da Silva: Renato Archer Center of InformationTechnology, Sao Paolo, Brazil; University of Sao Paolo, Brazil.T. Osaki, H. Suzuki, J. Fukuda: University of Tsukuba, Japan.

Biofabrication 2012Wednesday (continued)Novel Methods13.30-13.50- New in-vivo like tissue models supporting efficient and cost-effectivedrug development13.50-14.10 An Interconnected Mirco-fluidic Tissue Array for PharmaceuticalInvestigations14.10-14.30 Toward in vivo bioprinting: design and feasibility studies of robotic invivo clinical bioprinter14.30-14.50 Fabrication of human auricular shaped framework with sacrificiallayer process using multi-head tissue/organ building system (MtoBS)for ear regeneratM. Thurner: RegenHU Ltd., Switzerland.Q. Hamid, Z. Yu, W. Sun: Drexel University, Philadelphia, USA;Tsinghua University, Beijing, ChinaR.A. Rezende, F. de Souza Azevedo, J.V.L. da Silva, V. Mironov:Renato Archer Center of Information Technology, Sao Paolo,BrazilJ.S. Lee, J-H. Shim 1 , J.W. Jung, D-W. Cho: POSTECH, Korea.14.50-15.10 Moulding of Storable Collagen Leaflets K. Ragaert, F De Somer, L Cardon, J Degrieck, G Van Nooten,P. Somers: Ghent University, Belgium.15.10-15.20 Closing Statement15.20 TEA