program euro biomat 2015 fileprogram overview scope program committee plenary lectures tuesday...

Euro

BioMAT 2015European Symposium and Exhibition on Biomaterials and Related Areas

21 - 22 April 2015Weimar, Germany

Program

www.dgm.de/biomat

Program OverviewScopeProgram CommitteePlenary Lectures TuesdayLectures Program TuesdayPlenary Lectures WednesdayLectures Program WednesdayRound-Table DiscussionPoster ProgramList of AuthorsList of ParticipantsGeneral InformationConference FeesSightseeing-TourOtto Schott Institute of MaterialsResearch ((OSIM)List of ExhibitorsMap of Weimar

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141620233540454647

495054

BioMATEuropean Symposium on Biomaterials and Related Areas

21. - 22. April 2015Weimar, Germany

Time

8:00

Room Goethe 8:00

9:00 8:30

President of FSU Jena 9:00

9:15 Room Goethe Room Bach Room Schiller

9:45 Topic N Topic B

10:15 9:40

Room Goethe Room Bach Room Schiller 10:00

Topic A Topic Q Topic H 10:20

11:00 10:40

11:20 11:00

11:40 Topic D Topic B

12:00 11:30

12:20 11:50

12:40 12:10

Topic I Topic C Topic F 12:30

14:00 12:50

14:20 13:10

14:40 Topic D Topic M Topic G

15:00 14:15

15:20 14:35

15:40 14:55

Topic I Topic C Topic F 15:15 Short Break

16:10 Topic D Topic P

16:30 15:20

16:50 15:40

Room Goethe 16:00

17:10 40 Oral Poster Presentations 16:20

(3 minutes short-lectures) 16:25 Announcement of the Posteraward

19:30 Posterdiscussion with and Closing Address

Snacks and Drinks

and networking in the foyer 16:40 End of the Conference

BioMAT2015 - Overview

Room Goethe

Plenary

Welcome Address: Prof. W. Rosenthal

Coffee Break

Time Wednesday, 22.4.2015

Poster Mounting/Registration

Plenary

Coffee Break

Tuesday, 21.4.2015

Lunch Break

Plenary

Coffee Break

Coffee Break

Plenary

Topic L

RoundTable

RoundTable

RoundTable

RoundTable

Lunch Break

Topic S

Topic S

Klaus D. JandtOtto Schott Institute of MaterialsResearch (OSIM), JenaChairman

Thomas F. KellerDeutsches Elek-tronen-Synchrotron - DESY, HamburgVice-Chairman

The international symposium EuroBioMat 2015 addresses the gro-wing interest of science, industryand medicine in the differentaspects of the creation, characte-rization, testing and application ofbiomaterials and closely relatedmaterials.

The motivation is not only therecent scientific progress and newchallenges of this exciting, stronglyinterdisciplinary field of scienceand engineering but also thatengineers, materials scientists,physicists, chemists, biologists inindustrial R&D as well as medicalprofessionals are increasinglyfacing situations where materialsare challenged by high performan-ce requirements and a complexbiological environment at the sametime.

The DGM and its panel of expertsin biomaterials address these deve-lopments with the European sym-posium Euro BioMat 2015 in beau-tiful Weimar with its rich culturalheritage and classical sites.At Euro BioMat 2015, the currentstate of progress in biomaterialsscience and in industry will be pre-sented and discussed. Moreover,this symposium stimulates thescientific exchange on severaltopics with major challenges andurgent need for novel engineeringapproaches as, e.g., in the fields ofantimicrobial biomaterials, bioac-tive and biodegradable materials,and drug and gene delivery, toname only a few.

Euro BioMat 2015 with more than200 participants from 25 countriesall over the world brings togetherfascinating science and stimulatingpeople in a delightful setting inWeimar in the very heart of Euro-pe.The program committee of EuroBioMat 2015 is pleased to announ-ce the following plenary talks:

From Biological Self-Assembly toPeptide Nanostructures of UniqueChemical and Physical PropertiesProf. Dr. Ehud Gazit, Tel AvivUniversity, Israel

Cell-instructiveSurfaces via Nano-topographyProf. Dr. Bo Su, University ofBristol, UK

Nano-Structurd Biomaterials forRegenerative Tissue EngineeringPeter Lelkes, Temple UniversityPhiladelphia, USA

Reduction of implant-associatedinfections - a clinical viewProf. Dr. Volker Alt, Justus-Lie-big-University Giessen (Ger-many)

We look forward to welcomingyou in Weimar on the 21th -22thof April 2015.Klaus D. Jandt, Otto SchottInstitute of Materials Research(OSIM), [email protected]

Thomas F. Keller, DeutschesElektronen-Synchrotron DESY,[email protected]

Scope

4 5

Program Committee

Aldo R. BoccacciniUniversity ofErlangen-Nurnberg

Gabriela CiapettiRizzoli OrthopaedicInstitute, Bologna(IT)

Liga Berzina-CimdinaRiga TechnicalUniversity (LV)

Matthias EppleUniversity ofDuisburg-Essen

John HuntUniversity ofLiverpool (UK)

Petra KlugerFraunhofer Institutefor InterfacialEngineering andBiotechnology,Stuttgart

João F. ManoUniversity ofMinho, Braga (PT)

Willi Jahnen-DechentRWTH Aachen Uni-versity, Germany

Giovanni MarlettaUniversity of Catania (IT)

Werner E.G.MullerUniversity MedicalCenter of theJohannes GutenbergUniversity, Mainz

Thomas F. KellerDeutsches Elek-tronen-Synchrotron- DESY, HamburgVice-Chairman

Klaus D. JandtInstitute of Materi-als Science & Tech-nology (IMT), JenaChairman

Tuesday, 21. April 2015Plenary Lectures

Room

9:00

9:15-

9:45

7

Goethe

Welcome AddressProf. Dr. Walter Rosenthal, President of Friedrich-Schiller University Jena

Plenary LecturesChair: K.D. Jandt, Chairman of the conference, Friedrich-Schiller-University Jena

From biological self-assembly to peptide nanostructures ofunique chemical and physical properties

E. Gazit, Tel Aviv University (Israel)

Organic nanotechnology is clearly a new front in the field of molecular self-assembly of new structures and composi-te families at the nano-scale. Our works on the mechanism of aromatic peptide self-assembly, lead to the discoverythat the diphenylalanine recognition motif self-assembles into peptide nanotubes with a remarkable persistencelength. Other aromatic homodipeptides (including those with non-coded amino acids as DOPA) could self-assemblein nano-spheres, nano-plates, nano-fibrils and hydrogels with nano-scale order. The modification of peptide buildingblocks with the Fmoc protecting group allows the formation of hydrogels with nano-scale order. We demonstratedthat the peptide nanostructures have unique chemical, physical and mechanical properties including ultra-rigidity asaramides, semi-conductive, piezoelectric and non-linear optic properties. We also demonstrated the ability to usethese peptide nanostructures as casting mould for the fabrication of metallic nano-wires and coaxial nano-cables.The application of the nanostructures was demonstrated in various fields including electrochemical biosensors, tissueengineering, and molecular imaging. We had developed ways for depositing of the peptide nanostructures and theirorganization. We had use inkjet technology as well as vapour deposition methods to coat surface and from the pept-ide “nano-forests”. We recently demonstrated that even a single phenylalanine amino-acid can form well-orderedfibrilar assemblies of distinct electron diffraction pattern and toxic properties. The combination of DNA propertiesand peptide backbone in the form of Peptide Nucleic Acid (PNA) resulted in light emitting assemblies that exhibitboth stacking and Watson-Crick base-pairing.

Program Committee (continued)

6

Frank WitteCharité-Univer-sitätsmedizin, Berlin

David WattsUniversity ofManchester (UK)

Kurosch RezwanUniversity ofBremen

Thomas ScheibelUniversity ofBayreuth

Erhan PiskinHacettepe University, Ankara(TR)

ReinhardSchnettlerUniversity HospitalGießen and MarburgGmbH, Gießen

Norman StarkBiotronik AG,Bülach, CH

8:00 Poster Mounting and Registration

Tuesday, 21. April 2015Lectures

11:00

11:20

11:40

GoetheA: Antimic. biomat. & biofilmsChair: E. Gazit, Tel Aviv University(Israel)

Bacteria on surfaces –engineering bio-inspiredmicrostructures to controlbacterial adhesion and bio-film growthD. Asker, N. Lavielle, B. Hatton (Sp),University of Toronto (Canada)

PLGA Nanoparticles againstStaphylococcus aureus:Effect of Size, Adsorbed PEGand Loaded CiprofloxacinC. Gheffar (Sp), C. Karakasyan-Dia, T.Jouenne, D. Le Cerf, Université deRouen, Mont Saint Aignan Cedex(France)

Antimicrobial materials forfood packaging applicationC. Hauser (Sp), J. Thielmann, T.Sentürk-Parreidt, Fraunhofer IVV,Freising (Germany)

SchillerH: Biological materialsChair: T. Scheibel, University ofBayreuth (Germany)

Fire as a trigger for plantseed releaseV. Schoeppler (Sp), J. Huss, MaxPlanck Institute of Colloids andInterfaces, Golm (Germany); D. Mer-ritt, Botanic Gardens and Parks Aut-hority, Perth (Australia); P. Fratzl, M.Eder, Max Planck Institute of Col-loids and Interfaces, Golm (Ger-many)

Rheological characterisationof human blood in the oscil-lating shear fieldU. Windberger (Sp), C. Poeschl,Medical University Vienna (Austria)

Ultrastructural and mecha-nical characterization ofdental enamelE.D. Yilmaz (Sp), G.A. Schneider,Hamburg University of Technology(Germany)

BachQ: Hydrogels & biob. polymersChair: B. Su, University of Bristol(UK)

Polyelectrolyte complex par-ticles: A versatile tol fordrug delivery and biomedi-cal applicationsM. Müller (Sp), B. Torger, D. Vehlow,B. Urban, Leibniz Institute of Poly-mer Research Dresden (Germany); B.Woltmann, D. Wehrum, TechnischeUniversität Dresden (Germany); C.Striegler, D. Appelhans, Leibniz Insti-tute of Polymer Research Dresden(Germany)

Polyhydroxyalkanoates pro-duction with Ralstoniaeutropha from low qualityanimal waste fatsS.L. Riedel (Sp), Fraunhofer Institutfür Produktionsanlagen und Kon-struktionstechnik, Berlin (Germany);S. Jahns, Technische Universität Ber-lin (Germany); E. Uhlmann, Fraunho-fer Institut für Produktionsanlagenund Konstruktionstechnik, Berlin(Germany); U. Stahl, Technische Uni-versität Berlin (Germany) 11:20:00

Injectable self-gelling com-posite scaffolds based ongellan gum hydrogel andion-loaded zeolites T.E.L.Douglas (Sp), Ghent University (Bel-gium); A.L. Skwarczynska, J. War-chol, Rzeszow University of Techno-logy (Poland); B. Lucas, K. Braeck-mans, A.G. Skirtach, Ghent Universi-ty (Belgium)

Tuesday, 21. April 2015Plenary Lectures

Room

9:45-

10:15

10:45-

11:00

GoethePlenary LecturesChair: K.D. Jandt, Chairman of the conference, Friedrich-Schiller-University Jena

Cell-instructive Surfaces via Nanotopography

B. Su, University of Bristol (UK)

Smart materials which can deter bacteria while enhance tissue integration arehighly desirable for application in implants where there is often a competition between host tissue cell integrationand bacterial colonisation at their surfaces. It has been known that both eukaryotic and prokaryotic cells are respon-sive to chemical and physical cues of material surfaces under complex physiological conditions. The question iswhether we can utilise their different responses to rationally design medical implants or devices that possess cell-instructive characteristics. Here we show that a straightforward physical rationale - nanotopography, can beengineered into titanium substrates to elicit differential cell responses. The inspiration comes from cicada wingswhose surfaces have been shown to display bactericidal nanopillar patterns. The engineered surfaces in this work aretitania (TiO2) nanowire arrays that (i) are selectively bactericidal against motile bacteria, and (ii) can guide mammali-an cell proliferation and differentiation according to their hierarchical structure of nanowire arrays. These cell-instruc-tive properties, together with the ease of fabrication of these titania nanowires, hold great promise for fabrication ofsmart implants used in orthopaedics and dentistry.

Coffee Break

8 9


11

14:00

14:20

14:40

GoetheI: Biomaterials applicationsChair: E. Piskin, Hacettepe University, Ankara (Turkey)

Coatings Made of Recom-binant Spider Silk Proteinsfor Biomedical ApplicationsC. Borkner (Sp), S. Wohlrab, G. Lang,D. Andreeva-Bäumler, University ofBayreuth (Germany); K. Skorb, MaxPlanck Institute of Colloids andInterfaces, Potsdam (Germany); H.Bargel, T. Scheibel, University of Bay-reuth (Germany)

Ultrathin Yttria-StabilizedZirconia Sheets for Biomedi-cal ApplicationsC. Le Coadou (Sp), N. Karst, F.Emieux, H. Fournier, G. Lorin, O.Sicardy, A. Montani, G. Bernard-Granger, J.-P. Simonato, CEA, Greno-ble (France); J. Chevalier, INSA Lyon(France)

Theranostic Aimed Nanoab-sorbers in Antenna ModulusRadiofrequency Hyperther-mia (A ComprehensiveStudy)B. Nasseri, M. Yilmaz, HacettepeUniversity, Ankara (Turkey); M. Turk,Kirikkale University (Turkey); I.C.Kocum, Baskent University, Ankara(Turkey); E. Piskin (Sp), HacettepeUniversity, Ankara (Turkey)

SchillerF: Bioinspired MaterialsChair: K. Rezwan, University of Bremen (Germany)

Synthesis and evaluation ofplantlike inorganic structu-res for fluid transportK. Nickel (Sp), M. Keuper, A. Roth-Nebelsick, Eberhard-Karls-Universityof Tübingen (Germany)

Switchable Bio-inspiredAdhesivesE. Kroner, Leibniz-Institute for NewMaterials GmbH, Saarbrücken (Ger-many)

Wood derived bio-scaffoldsfor multifunctional materi-als tailored through chemi-cal delignificationJ. Segmehl (Sp), T. Keplinger, I. Burgert, ETH, Zurich (Switzerland)

BachC: Bioactive materialsChair: K. Salma-Ancane, Riga Technical University, (Latvia)

Microstructured bioactiveglass for triggered cell res-ponse in bone replacementapplicationsM. Hoener (Sp), B. Pföss, R. Conradt,RWTH Aachen University (Germany);H. Fischer, RWTH Aachen UniversityHospital (Germany)

Selenium Doped Hydroxya-patite Coating on Titanium AlloyB. Yilmaz, Z. Evis (Sp), A. Tezcaner, S.Banerjee, Middle East Technical Uni-versity, Ankara (Turkey)

Modified poly(vinyl alco-hol)-hydroxyapatite micros-pheres for bone tissueengineeringK. Salma-Ancane (Sp), L. Stipniece,V. Rjabovs, J. Locs, L. Berzina-Cimdi-na, Riga Technical University (Latvia)


12:00

12:20

12:40-

14:00

GoetheA: Antimic. biomat. & biofilmsChair: E. Gazit, Tel Aviv University(Israel)

Evaluating results of ISO22196 antimicrobial activitytestsJ. Kuever (Sp), Bremen Institute forMaterials Testing (Germany); J. Bos-sert, Friedrich Schiller University Jena(Germany)

Metallic copper as an anti-microbial agent for infec-tion preventionM. Hans (Sp), F. Mücklich, SaarlandUniversity, Saarbrücken (Germany)

Lunch Break

SchillerH: Biological materialsChair: T. Scheibel, University of Bayreuth (Germany)

Nanocrystalline hydroxya-patite coatings by conversi-on of calcium carbonatenanostructuresJ. Holopainen (Sp), K. Kauppinen, K.Mizohata, E. Santala, J. Tuukkanen,M. Ritala, University of Helsinki (Fin-land)

Covalent Coating of HumanExtracellular Matrix on Tita-nium Implant Surfaces usingClick ChemistryM. Ruff (Sp), University of Stuttgart(Germany); D. Wieland, University ofKonstanz (Germany); M. Bach, G.Tovar, University of Stuttgart (Ger-many); V. Wittmann, University ofKonstanz (Germany); P. Kluger,Fraunhofer Institute for InterfacialEngineering and Biotechnology,Stuttgart (Germany)

BachQ: Hydrogels & biob. polymersChair: B. Su, University of Bristol(UK)

Controlling the Propertiesof Fluorescent Nanodia-monds: the View from Che-mistry and Physics SidesP. Cigler, Academy of Sciences of theCzech Republic, Prague (CzechRepublic)

Biologically inspired adhesi-ve polymer suction cups bytwo-photon and imprintlithographyS.C.L. Fischer (Sp), Saarland Univer-sity, Saarbrücken (Germany); R. Hen-sel, E. Arzt, INM-Leibniz Institute forNew Materials, Saarbrücken

10


13

16:10

16:30

16:50

17:10

19:30

GoetheI: Biomaterials applicationsChair: F. Veronesi, Rizzoli OrthopedicInstitute, Bologna (Italy)

Comparison of the Antire-sorptive Properties of Stron-tium and Alendronate on anovariectomized Rat SpinalArthrodesis ModelF. Salamanna (Sp), A. Parilli, G. Gia-varesi, E. Boanini, A. Bigi, M. Fini,Rizzoli Orthopaedic Institute, Bolo-gna (Italy)

Crystalline calcium alendro-nate obtained by octacalci-um phosphate digestion:structure and in vitro beha-viorF. Veronesi (Sp), P. Torricelli, M. Fini,Rizzoli Orthopedic Institute, Bologna(Italy); E. Boanini, A. Bigi, Universityof Bologna, M. Gazzano, ISOF-CNR,Bologna (Italy)

Baltic Sea Network for Bio-material CompositesJ. Bossert, Friedrich Schiller Universi-ty of Jena (Germany)

SchillerF: Bioinspired materialsChair: B. Garipcan, Bogazici Univer-sity, Istanbul (Turkey)

A new concept of compositeinspired to the bone osteo-nal structureF. Libonati (Sp), L. Vergani, Politecni-co di Milano (Italy)

Cartilage Mimicked SurfacesM.Ö. Özturk, Bogaziçi University, Ist-anbul (Turkey); D. Hür, Anadolu Uni-versity, Eskisehir (Turkey); L. Uzun, B.Çelebi, E. Keç, D.U. Çetinkaya,Hacettepe University, Ankara (Tur-key); B. Garipcan (Sp), Bogaziçi Uni-versity, Istanbul (Turkey)

Reduced platelet adhesionon microstructured PDMSsurfaces under shear condi-tionsT.T. Pham, C. Lüdecke-Beyer (Sp),K.D. Jandt, J. Bossert, S. Maenz, Frie-drich Schiller University Jena; S. Wie-demeier, G. Gastrock, Institute forBioprocessing and Analytical Measu-rement Techniques, Heilbad Heiligen-stadt, U. Settmacher, J. Zanow, JenaUniversity Hospital

BachC: Bioactive materialsChair: G. Marletta, University ofCatania (Italy)

Poly(ethylene oxide)-b-polyblock copolymers for calci-um phosphate mineralizati-on and biofilm inhibitionT. Mai (Sp), K. Bleek, C. Günter, A.Taubert, University of Potsdam,Golm (Germany); E. Rakhmatullina,Z. Cheaib, S. Eick, A. Lussi, Univ. ofBern (CH); S. Boye, A. Lederer, Leib-niz Inst. of Poly. Research Dresden; J.Yuan, A. Völkel, M. Gräwert. MPI ofColloids and Interfaces, Potsdam

Tuning the NanoparticlesSurface: Effect of Polyethy-lene Glycol on the In-situAdsorption of ProteinsB. Pelaz (Sp), Philipps UniversitätMarburg (Germany); P. del Pino, CICbiomagune, San Sebastian (Spain);M. Gamal, R. Hartman, W.J. Parak,Philipps Universität Marburg (Ger-many)

Improved Biocompatibilityof Polyetheretherketone(PEEK) by Coating with ThinTitania FilmsN. Wendt (Sp), H. Fullriede, G. Zahn,P. Behrens, Leibniz Universität Han-nover (Germany); B. Rais, P.P. Müller,Helmholtz Centre for Infection Rese-arch, Braunschweig


15:00

15:20

15:40 -

16:10

GoetheI: Biomaterials applicationsChair: E. Piskin, Hacettepe University, Ankara (Turkey)

Biobased polymers in multi-component injection moul-dingR. Rinberg, L. Kroll, Chemnitz Uni-versity of Technology (Germany); C.Staudigel (Sp), SKZ Würzburg (Ger-many); F. Tautenhain (Sp), ChemnitzUniversity of Technology (Germany)

The innovative polyuretha-ne utilization in novel Polishextracorporeal pulsatileheart support devices Reli-gaHeartR. Kustosz (Sp), Foundation for Car-diac Surgery Development, Krakow(Poland); M. Gonsior, A. Kapis, Foun-dation for Cardiac Surgery Develop-ment, Zabrze (Poland); P. Jurkowski,Z. Narojek, WADIM PLAST Narojek,Michaowice (Poland)

Coffee Break

SchillerF: Bioinspired materialsChair: K. Rezwan, University of Bremen (Germany)

Coacervate-directed CaCO3microcarriers for pH-respon-sive delivery of biomolecu-lesV. Lauth (Sp), M. Maas, R. Rezwan,University of Bremen (Germany)

Interface-controlled calciumphosphate mineralization:effect of oligo(asparticacid)-rich interfacesD. Hentrich (Sp), M. Junginger, A.Taubert, University of Potsdam (Ger-many); M. Bruns, Karlsruhe Instituteof Technology (Germany); H.G. Bör-ner, Humboldt Universität zu Berlin(Germany); J. Brandt, G. Brezesinki,Max Planck Institute of Colloids andInterfaces, Potsdam (Germany)

BachC: Bioactive materialsChair: K. Salma-Ancane, Riga Technical University, (Latvia)

Mechanical Assessment andIn-vitro Biocompatibility ofPure and Sr Doped Zirconi-um-calcium-silicate(Ca3ZrSi2O9) BioceramicsT. Schumacher (Sp), A. Aminian, E.Volkmann, H. Lührs, A. Wolf, D. Pede,L. Treccani, K. Rezwan, University ofBremen (Germany)

Increased new-bone forma-tion induced by a macro-porous, strontium-enrichedxerogel-scaffold in a meta-physeal fracture defect inovariectomized rats.U. Thormann (Sp), Justus-Liebig Uni-versity, Giessen (Germany); T. Hanke,Technische Universität Dresden (); T.El Khassawna, U. Sommer, M. Rohn-ke, Justus-Liebig University, Giessen(Germany); V. Alt, Justus-Liebig Uni-versity, Gießen (Germany)

12

Oral Poster Presentations; SessionChair: C. Lüdecke-Beyer, Friedrich-Schiller-University Jena(3 minute Short Lecture of each Oral Poster)

Posterdiscussion with Snacks and Drinks in the Foyer of the lecture halls Posterevening Barbeque

Wednesday, 22. April 2015Plenary Lectures

Room

8:00-

8:30

GoethePlenary LecturesChair: T.F. Keller, Deutsches Elektronen-Synchrotron - DESY, Hamburg (Germany)

Nano-Structurd Biomaterials for Regenerative Tissue Engineering

P. Lelkes, Temple University, Philadelphia , PA (USA)

Peter I. Lelkes is the Laura H. Carnell Professor and Founding Chair of the Department of Bioengineering in the Col-lege of Engineering at Temple University. Dr. Lelkes is also the Inaugural Director of the Institute for RegenerativeMedicine and Engineering (TIME) at Temple University's School of Medicine and Professor for Cancer Biology at theFox Chase Cancer Center. Prior to that he was from 2000-2011 the Calhoun Chair Professor in the School of Biome-dical Engineering, Science and Health Systems at Drexel University in Philadelphia with adjunct appointments in theDepartments of Mechanical Engineering and Mechanics (College of Engineering) and Pathology, Biochemistry andSurgery (College of Medicine). Currently Prof. Lelkes directs a broad interdisciplinary program in regenerative tissueengineering, focusing on nanotechnology-based biomaterials and soft tissue engineering, employing developmentalbiological principles to enhance the tissue-specific differentiation of embryonic and adult stem cells towards pulmo-nary, cardiac and neuronal lineages. Dr. Lelkes has organized several Keystone conferences, published more than 190peer-reviewed papers, authored several books and more than 50 book chapters and made more than 400 presenta-tions nationally and internationally.

Dr. Lelkes' basic and translational research has been support by federal (NIH, NSF, NASA, DOE) and state fundingagencies (NTI and PA Dept. of Commerce, Tobacco Settlement Funds) and private Foundations, including the Craig H.Neilsen Foundation and the Coulter Foundation. Dr. Lelkes has been the team leader for tissue engineering at theNanotechnology Institute of Southeastern Pennsylvania (NTI) and is the Co-Director of PATRIC, the PennsylvaniaAdvanced Textile Research and Innovation Center, focusing on BioNanoTextiles and Stem Cell Biology.Dr. Lelkes has received numerous honors and awards, nationally and internationally. Amongst them a ForchheimerVisiting Fellowship at the Hebrew University, Jerusalem, Honorary Professorships at the University of Applied SciencesAachen, Germany and the Changchun Institute of Polymer Chemistry and Physics, Chinese Academy of Sciences, anda Distinguished Visiting Fellowship of the Royal Academy of Engineering at Imperial College, London, UK. In 2011 hewas inducted as a Fellow of the AIMBE (American Institute for Medical and Biological Engineering) and received the2012 Ben Franklin Key Award from IEEE, the Institute of Electrical and Electronics Enginee

Wednesday, 22. April 2015Plenary Lectures

Room

8:30-

9:00

9:00 - 9:40

GoethePlenary LecturesChair: T.F. Keller, Deutsches Elektronen-Synchrotron - DESY, Hamburg (Germany)

Reduction of implant-associated infections – a clinical view

V. Alt, Justus-Liebig-University Giessen (Germany)

Implant-associated infections remain a huge challenge in orthopaedic and orthopaedic trauma surgery and there is atremendous need for antimicrobial biomaterials. The intention of this work is to highlight the clinical perspective,underlying pathophysiological mechanisms and surgical treatment options for implant-asssociated infections with afocus on antimicrobial biomaterials. Biofilm-building and intracellular invasion strategies are among the most rele-vant virulence factors of bacteria involved in implant infections. Biomaterials are of high interest as they enable thelocal delivery of antibiotics to the wound without any significant systemic side effects. Ideal biomaterials for the usein implant-associated bone infections should be safe in its use without disturbance of wound healing and biodegra-dable without the need for removal of the material. Furthermore, it should enable the loading with different antibio-tics according to the antibiogram of the infection causing germ and ensure reliable release kinetics above the mini-mal inhibitory concentration of the bacteria. Osteoconductive or even osteoinductive properties are desirable for theenhancement of new bone formation. Close cooperation between material researches, clinicians and the industry isneeded is needed for the improvement of antimicrobial biomaterials in the future.

Coffee Break

14 15

Wednesday, 22. April 2015Lectures

Room

11:00

11:30

11:50

12:10

GoetheD: Biodegradable materials

Chair: F. Witte, Charité-Universitäts-medizin Berlin, (Germany)

Designed to Dissappear:New Bioresorbable Alloysfor ImplantsW.-A. Heiß (Sp), C. Legner, U.E.Klotz, Research Institute for PreciousMetals and Metals Chemistry (fem),Schwaebisch Gmuend (Germany)

Development of resorbablemagnesium implants for thetreatment of individualbone defects in oral andmaxillofacial surgeryO. Jung (Sp), P. Hartjen, H. Hanken,University Medical Center Hamburg-Eppendorf (Germany); A. Kopp, C.Ptock, Meotec GmbH & Co.KG,Aachen (Germany); M. Heiland, R.Smeets, University Medical CenterHamburg-Eppendorf

Effect of Ag and Ca onmicrostructure and phaseformation of Mg-2Gd alloyY. Lu (Sp), Y. Huang, F. Feyerabend,R. Willumeit-Römer, K.U. Kainer, N.Hort, Helmholtz-Zentrum Geesthacht(Germany)

SchillerS: Tissue engineering &regenerative medicineChair: P. Kluger, FI InterfacialEngineering & Biotechn., Stuttgart

EU ArtiVasc:Optimized cul-ture conditions for matureadipocytes in 3D AdiposeTissue EngineeringB. Huber (Sp), E. Hoch, G. Tovar, Uni-versity of Stuttgart (Germany); K.Borchers, P. Kluger, Fraunhofer Insti-tute for Interfacial Engineering andBiotechnology, Stuttgart (Germany)

EU ArtiVasc: New biodegra-dable polyurethane fleecesas tissue engineering scaf-folds for adipose-derivedstem cellsM. Schnabelrauch (Sp), T. Laube, R.Wyrwa, T. Walter, INNOVENT e.V.,Jena (Germany); A. Gugerell, J.Kober, M. Keck, Medical Universityof Vienna (Austria); S. Nürnberger,Ludwig Boltzmann Institute forExperimental and Clinical Traumato-logy, Vienna; E. Grönniger, S. Brön-neke, Beiersdorf AG, Hamburg

EU ArtiVasc: Electrospunbiodegradable polymers asmatrix in adipose tissueengineeringN. Nottrodt (Sp), FI for Laser Techno-logy, Aachen; S. D’Aniello, L. Tamma-ro, Univ. of Salerno, Fisciano, (Italy);A. Gugerell, J. Kober, M. Keck, Medi-cal Univ. of Vienna (Austria); M.Malin, J. Seppälä, Aalto University(Finland)

BachB: Bio-nano materials

Chair: T.F. Keller, Deutsches Elektro-nen-Synchroton, DESY, Hamburg

Directed Assembly of Nano-particles to Isolated DiatomValves Using the Non-Wet-ting Characteristics afterPyrolysisA. Jantschke (Sp), C. Fischer, Techni-sche Universität Dresden (Germany);R. Hensel, INM - Leibnis Institute forNew Materials, Saarbrücken (Ger-many); H.-G. Braun, Max BergmannCenter of Biomaterials, Dresden(Germany); E. Brunner, TechnischeUniversität Dresden (Germany)

Multiple FluorophoreDoped, Photostimulable,Fluorescent Silica Nanopar-ticles for Intracellular Biolo-gical ImagingL. Treccani (Sp), S. Shahabi, K.Rezwan, University of Bremen (Ger-many)

Self-assembled proteinnanofibers as basis fornovel biomaterialsC. Helbing, S. Maenz (Sp), C.Lüdecke, Friedrich Schiller Universityof Jena (Germany); T. Deckert-Gau-dig, Institute for Photonic Technolo-gy, Jena (Germany); K.D. Jandt, Frie-drich Schiller University of Jena (Ger-many)


Room

09:40

10:00

10:20

10:40

GoetheN: Dental materials

Chair: C. Lüdecke-Beyer, FriedrichSchiller University of Jena

Establishment and characte-rization of oral tissue celllines for biological investi-gations of dental materialsB. Schminke (Sp), R. Bürgers, N.Miosge, University Medical CenterGoettingen, Göttingen (Germany)

Influence of changing ioncomposition on the proteinfilm formation on titaniumF. Kratz (Sp), C. Müller-Renno, N.Davoudi, University of Kaiserslautern(Germany); N. Umanskaya, S. Grass,M. Hannig, University Hospital of theSaarland, Homburg (Germany); C.Ziegler, University of Kaiserslautern(Germany)

Blue Light Emitting Diode(LED) Photopolymerizationof Dental Materials – fromHistory to State of the ArtK.D. Jandt, Friedrich Schiller Univer-sity of Jena (Germany)

Failure Behaviour and Relia-bility of Dental Bio-ceramicsA. Märten (Sp), TU Berlin; R. Zehbe,C. Fleck, Berlin Institute of Technolo-gy; J. Forien, P. Zaslansky, C. Mocha-les, W.-D. Mueller, Charité Berlin; A.Rack, European Synchrotron Radiati-on Facility, Grenoble (France)

SchillerS: Tissue engineering &regenerative medicineChair: A.R. Boccaccini, UniversityErlangen-Nürnberg, (Germany)

Bioactive Glass Based Nano-structured Scaffolds for Vas-cularized Bone TissueEngineeringA.R. Boccaccini, University of Erlan-gen-Nürnberg (Germany)

Decreased extrusion of cal-cium-phosphate versus highviscosity PMMA cement intospongious bone marrowmay be suitable for thereduction of adverse effects L. Xin (Sp), V. Kopsch, S. Bischoff, J.Adolph, H. Schubert, E. Kunisch,R.W. Kinne, Uni. Hospital Jena,Eisenberg (Germany); M. Bungartz,O. Brinkmann, Rudolf-Elle-Kranken-haus, Eisenberg; S. Maenz, J. Bos-sert, Univ. of Jena; B. Illerhaus, J.Günster, BAM Berlin

Structural and cellular chan-ges of in a sheep model ofosteoporosisT. El Khassawna (Sp), W. Böcker, D.Weisweiler, D. Bürgener, L. Schröder,A. Schlagenhauf, S. Widmann, A.Stärk, M. Kampschulte, C. Heiss,Justus Liebig University of Giessen

Heparin mimetic dendriticPolyglycerolsulfate (dPGS)based Hydrogels for Cartila-ge Tissue EngineeringP. Dey (Sp), R. Haag, Freie Univer-sität Berlin; T. Schneider, G. Schultz-Tanzil, Charité Berlin; L. Chiappisi,M. Gradzielski, TU Berlin



Using nature�s genius forthe functionalization of sur-facesJ. Raff (Sp), T. Günther, U. Weinert,M. Vogel, M. Suhr, S. Matys, B. Dro-bot, K. Pollmann, Helmholtz-ZentrumDresden-Rossendorf (Germany)

Dynamic Interfaces for Res-ponsive Surface Encapsulati-on Systems S. Ulase-vich, Y. Zhukova, O. Baidukova, E.Skorb (Sp), Max Planck Institute ofColloids and Interfaces, Potsdam(Germany)

Polymer Coated Nanodia-monds Modified with Trans-ferrin as Highly SelectiveFluorescent ProbesJ. Slegerova (Sp), M. Hajek, F. Sed-lak, I. Rehor, E. Kuzmova, P. CiglermInstitute of Organic Chemistry andBiochemistry AS CR, v.v.i., Prague(CZ); , J. Stursa, Nuclear PhysicsInstitute AS CR, Rez near Prague

Nanostructured surfacesand cell behavior: HumanFibronectin within nano-wellsG.M.L. Messina (Sp), G. Marletta,University of Catania (Italy); A. Kara-kecili, Ankara University (Turkey);M.C. Yurtsever, M. Gümüt Dereliolu,Hacettepe University, Ankara

16 17

Coffee Break


Room

14:15

14:35

14:55

-15.15


Chair: F. Feyerabend, Helmholtz-Zentrum Geesthacht, (Germany)

Effect of magnesium degra-dation products on mesen-chymal stem cell fate andosteoblastogenesisB.J.C. Luthringer (Sp), R. Willumeit-Römer, Helmholtz-Zentrum Geest-hacht (Germany)

Open porous Mg scaffoldsallow angiogenesis andreplacement by new boneformationF. Witte (Sp), Charité - Universitäts-medizin Berlin (Germany); K. Bobe,Medizinische Hochschule Hannover(Germany); I. Morgenthal, O. Ander-son, IFAM Dresden (Germany)

Strong bioresorbable beta-TCP-(Fe-Mg) nanocomposi-tes by attrition milling andhigh pressure consolidationS.K. Swain (Sp), I. Gotman, E.Y.Gutmanas, Technion-Israel Instituteof Technology, Haifa (Israel)

SchillerG: Biointerfaces /microenviron.L: challenges for MedTech Ind.Chair: N. Stark, Biotronik AG,Bülach, (Switzerland)

EU AmbuLung:Improvingblood-contacting polymericsurfaces by bio-functionalmodifications and endothe-lializationA. Wenz (Sp), University of Stuttgart(Germany); K. Linke, M. Schandar, K.Borchers, Fraunhofer Institute forInterfacial Engineering and Biotech-nology IGB, Stuttgart (Germany); F.Metzger, E. Novosel, J. Schneider,Novalung, Heilbronn (Germany); P.Kluger, Reutlingen University (Ger-many)

Osteoblastic cell behavior intitanium alloys with structu-red surface designed byelectron beam techniqueC. Ramskogler (Sp), Graz Universityof Technology (Austria); S. Mostofi,Medical University Graz (Austria); F.Warchomicka, Graz University ofTechnology (Austria); A. Weinberg,Medical University Graz (Austria); C.Sommitsch, Graz University of Tech-nology (Austria)

EU AmbuLung:Clinical needfor new biohybrid lungassist devicesG. Matheis (Sp), Novalung GmbH,Heilbronn (Germany); F. Bigazzi, G.Camiciottoli, University of Florence(Italy); J. Schneider, Novalung GmbH,Heilbronn (Germany); M. Pistolesi,University of Florence (Italy)

BachM: 3D printing / additive manu-facturing of biomaterialsChair: M. Pfaffinger, Vienna Universi-ty of Technology, (Austria)

Selective Laser Melting ofmagnesium alloys - A newroute towards manufactu-ring individual and biodeg-radable implantsM. Gieseke (Sp), C. Nölke, S. Kaierle,Laser Zentrum Hannover e.V. (Ger-many); H.J. Maier, Leibniz UniversitätHannover (Germany); H. Haferkamp,Laser Zentrum Hannover e.V. (Ger-many)

EU ArtiVasc:Biobased Polyu-rethane Elastomer for BloodVessel Model by Stereo-lithographyH.S. Le (Sp), M. Liikanen, M. Malin,H. Korhonen, J. Seppälä, Aalto Uni-versity, Espoe (Finland); J. Weisser, T.Walter, M. Schnabelrauch, Innovente.V., Jena (Germany)

Stereolithographic AdditiveManufacturing of TricalciumPhosphateM. Pfaffinger (Sp), G. Mitteramskog-ler, Ö. Kaslioglu, J. Stampfl, ViennaUniversity of Technology, Wien (Aus-tria)


Room

12:30

12:50

13:10-

14:15


Chair: F. Witte, Charité-Universitäts-medizin Berlin, (Germany)

In-situ high resolution AFMstudies of MgO-dissolutionprocesses in aqueous elec-trolytesI. Giner (Sp), A. Keller, G. Grundmei-er, Paderborn University (Germany)

Magnesium degradation incontact with bloodF. Feyerabend (Sp), Helmholtz-Zen-trum Geesthacht (Germany); B.Mihailova, University of Hamburg(Germany); H.P. Wendel, UniversityChildrens Hospital, Tübingen (Ger-many)

Lunch Break

SchillerS: Tissue engineering &regenerative medicineChair: P. Kluger, FI InterfacialEngineering & Biotechn., Stuttgart

EU ArtiVasc:Optimizing thesupply performance of vas-cularized artificial soft tissu-esJ. Courseau (Sp), R. Jaeger, Fraunho-fer-Institute for the Mechanics ofMaterials, Freiburg (Germany)

Aerographite for tissueengineeringC. Lamprecht (Sp), C. Grabosch, A.Schuchardt, I. Paulowicz, Christian-Albrechts-University Kiel (Germany);M. Mecklenburg, K. Schulte, Techni-sche Universität Hamburg-Harburg(Germany); R. Adelung, C. Selhuber-Unkel, Christian-Albrechts-UniversityKiel (Germany)



Single-molecule investigati-ons on DNA origami sub-stratesA. Keller (Sp), C. Kielar, J. Rackwitz,University of Paderborn (Germany);A. Rotaru, ‘Petru Poni’’ Institute ofMacromolecular Chemistry, Iasi(Romania); K.V. Gothelf, F. Besenba-cher, Aarhus University (Denmark);G. Grundmeier, University of Pader-born (Germany); I. Bald, Universityof Potsdam (Germany)

Detection of pathogenicbacteria with Electrochemi-cal Impedance Spectroscopy(EIS) using bacteriophagesat a single-use graphiteelectrodes modified withgold nanorodsF. Moghtader (Sp), Hacettepe Uni-versity, Ankara (Turkey); G. Congur,A. Erdem, Ege University, Izmir (Tur-key); E. Piskin, Hacettepe University,Ankara (Turkey)

18 19


20 21

Room

15:20

15:40

16:00

Round-Table Discussion: Current and future challenges for MedTech IndustryIntroduction of the speakers:


Chair: F. Feyerabend, Helmholtz-Zentrum Geesthacht, (Germany)

Bioglass Foam Scaffolds forBone ReconstructionL.-P. Lefebvre (Sp), S. Grenier, Natio-nal Research Council Canada, Bou-cherville (Canada); V. Melli, E. Boc-cardi, C. Catignoli, L. Altomare, L. DeNardo, Politecnico di Milano (Italy);M. Cerruti, McGill University, Mon-treal (Canada); E.A. Aguilar Reyes, B.Jacinto Diaz, University Michoacanade San Nicolás de Hidalgo, Morelia(Mexico)

Fabrication of Starch-g-PLACopolymers in SupercriticalCarbon Dioxide MediumF. Moghtader (Sp), E. Piskin, K. Sali-mi, M. Yilmaz, Z.M.O. Rzayev, Hacet-tepe University, Ankara (Turkey)

Biodegradable microelectro-des to deposit a viablestructured cell-protein layerF. Schmidt (Sp), R. Zehbe, C. Fleck,TU Berlin (Germany); U. Gross, FreieUniversität Berlin (Germany); O.Görke, TU Berlin (Germany)

SchillerL: Current and Future challen-ges for MedTech IndustryChair: N. Stark, Biotronik AG,Bülach, (Switzerland)

EU AmbuLung:Bioartificial Devices for Car-diac and Pulmonary Sup-port- Past, Present andFuture P. Lelkes, Temple University, Philadel-phia , PA (USA)

Round Table Discussion -Current & future challengesfor the MedTech industryWith 5 percent average annual growth

and operating margins above 20 per-

cent the medical device industry has

been stable and highly attractive for

decades. As a consequence, established

players were able to successfully com-

pete without much need for differen-

tiation. But disruptive change is under-

way. Companies will no longer get pre-

mium reimbursement by simply selling

clinical features and new devices in

established markets. Furthermore cen-

tralized purchasing based on compara-

tive value and evidence of efficacy will

change the commercial model. A.T.

Kearney together with executives from

leading medical device manufacturers

identified their five major disruptors

shaping current and future medical

device industry.�

1. Power shift to payers and providers�

2. Heightened regulatory scrutiny�

3. Unclear sources of innovation�

4. New healthcare delivery models�

5. Need to serve lower socioeconomic

classes�

....please follow page 21.....

BachP: Imaging of biomaterials

Chair: S. Maenz, Friedrch-SchillerUniversity Jena, (Germany)

Nanoscale Mechanical Map-ping at a Wide Range ofDeformation Rates WithAtomic Force MicroscopyA. Dulebo (Sp), Bruker, Karlsruhe(Germany); B. Pittenger, C. Su, S.Minne, Bruker, Santa Barbara, CA(USA)

Characterization of threedimensional composite scaf-folds - effect of vascularprefabrication on angioge-nesisK. Szlazak (Sp), J. Jaroszewicz, B.Ostrowska, J. Idaszek, W. Swieszko-wski, Warsaw Univ. of Techn. (PO); T.Debski, Med.Centre of PostgraduateEducation, Warsaw; J. Wysocki, Z.Pojda, Marie Sklodowska-Curie Can-cer Memorial Centre, Warsaw

Atomic Force Microscope-coupled Infrared Spectrosco-py for sensing ultra-thinbiomaterialA. Deniset (Sp), A. Dazzi, UniversiteParis-Sud, Orsay (France); C. Mar-cott, Light Light Solutions, Athens,GA (USA); K. Kjoller, M. Lo, E. Dillon,R. Shetty, Anasys Instruments Corp,Santa Barbara, CA (USA); T. Gross,Phi Europe GMBH, Munich

....continued from page 20....

Thus radical change is inevitable and com-

panies that embrace it will shape the indu-

stry and benefit from their efforts.�Since

each sector and company faces a different

set of headwinds, depending on the indivi-

dual environment it is the goal of the dis-

cussion is to share challenges, insights and

strategies across leaders in different indu-

stries. Furthermore we want to discuss

with podium and audience how a healthy

collaboration between industry and acade-

mia can ensure that both are well equip-

ped for the future.

Peter I. Lelkes, PhDTemple University, Philadelphia,USAis the Laura H. Carnell Professor andFounding Chair of the Department ofBioengineering in the College ofEngineering at Temple University. Dr.Lelkes is also the Inaugural Director ofthe Institute for Regenerative Medicineand Engineering (TIME) at Temple Uni-versity's School of Medicine and Profes-sor for Cancer Biology at the Fox ChaseCancer Center. Prior to that he wasfrom 2000-2011 the Calhoun ChairProfessor in the School of BiomedicalEngineering, Science and HealthSystems at Drexel University in Philadel-phia with adjunct appointments in theDepartments of Mechanical Engineeringand Mechanics (College of Engineering)and Pathology, Biochemistry and Sur-gery (College of Medicine). CurrentlyProf. Lelkes directs a broad interdiscipli-nary program in regenerative tissueengineering, focusing on nanotechnolo-gy-based biomaterials and soft tissueengineering, employing developmental

biological principles to enhance the tis-sue-specific differentiation of embryonicand adult stem cells towards pulmo-nary, cardiac and neuronal lineages. Dr.Lelkes has organized several Keystoneconferences, published more than 190peer-reviewed papers, authored severalbooks and more than 50 book chaptersand made more than 400 presentationsnationally and internationally. Dr. Lelkes' basic and translational rese-arch has been support by federal (NIH,NSF, NASA, DOE) and state fundingagencies (NTI and PA Dept. of Commer-ce, Tobacco Settlement Funds) and pri-vate Foundations, including the Craig H.Neilsen Foundation and the CoulterFoundation. Dr. Lelkes has been theteam leader for tissue engineering atthe Nanotechnology Institute of Sou-theastern Pennsylvania (NTI) and is theCo-Director of PATRIC, the PennsylvaniaAdvanced Textile Research and Innovati-on Center, focusing on BioNanoTextilesand Stem Cell Biology.Dr. Lelkes has received numeroushonors and awards, nationally andinternationally. Amongst them a Forch-heimer Visiting Fellowship at the Hebr-ew University, Jerusalem, Honorary Pro-fessorships at the University of AppliedSciences Aachen, Germany and theChangchun Institute of Polymer Chemi-stry and Physics, Chinese Academy ofSciences, and a Distinguished VisitingFellowship of the Royal Academy ofEngineering at Imperial College, Lon-don, UK. In 2011 he was inducted as aFellow of the AIMBE (American Institutefor Medical and Biological Engineering)and received the 2012 Ben Franklin KeyAward from IEEE, the Institute of Elec-trical and Electronics Engineers.

Georg Matheis, Priv. Doz. Dr. med. Novalung GmbH, Heilbronn, GermanyGeorg Matheis has served as the Mana-ging Director for Novalung since thecompany's inception in 2003. He cofo-unded the company, and has more than27 years of clinical, academic and ent-repreneurial experience in the medicaldevice and biotech sectors. Dr. Matheisfounded, managed, and invested inseveral medical device and biotechcompanies, and served as medical direc-tor of Jostra AG prior to the founding ofNovalung. He teaches at Goethe Uni-versity in Frankfurt where he served inclinical and academic positions as a car-diac surgeon, and as a consultant formedical device companies and inve-stors. Dr. Matheis holds Dr. med.(summa cum laude) and Associate Pro-fessor (Privatdozent) degrees fromGoethe University at Frankfurt, and aProf. h.c. from FAMEMA Marilia, SaoPaulo. His career includes positions atUCLA, Freiburg University and GoetheUniversity in Frankfurt. He is a distin-guished speaker, lecturer, and editor,and is the author of numerous peer-reviewed scientific articles.

Dr. Claude RiekerDirector Scientific Affairs - Zimmer GmbH, Winterthur, SwitzerlandAfter having studied material sciencesat the Swiss Institute of Technology inLausanne (EPFL), Claude Rieker studiedthe rapid solidification of stainlesssteels at the University of Neuchâtel

16:20 Announcement of the Posteraward and Closing address, K.D. Jandt and T.F. Keller, Chairmen of the Conference

16:40

Tuesday 21. April through Wednesday 22. AprilOralposter and Poster

A: Antimicrobial biomaterials & biofilms

A-44

A-52

A-82

Thermally sprayed calci-um phosphate coatingswith antibacterial pro-pertiesP. Krieg (Sp), University of Stutt-gart (Germany); A. Bernstein,University of Freiburg (Ger-many); A. Killinger, R. Gadow,University of Stuttgart (Ger-many)

Nano and macro porousmembranes á la carteM. Lelonek (Sp), M. Lelonek,SmartMembranes GmbH, Halle(Germany)

Development of nano-porous titanium dioxidesurfaces with antimicro-bial activity for control-led drug deliverysystems in dental appli-cationsP. Abendroth (Sp), Leibniz Uni-versität Hannover (Germany); K.Doll, J. Schaeske, HannoverMedical School; H. Fullriede,Leibniz Universität Hannover; A.Winkel, M. Stiesch, HannoverMedical School; P. Behrens,Leibniz Universität Hannover

A-117

A-176

A-177

Antimicrobial surfaceswith release propertiesfor dental implants J.Barz, Fraunhofer Institu-te for InterfacialEngineering and Bio-technology (Germany);M. Bach (Sp), University ofStuttgart (Germany); R. Bürgers,Universitätsmedizin Göttingen(Germany)

Bacterial adhesion onnanorough titanium:Preliminary insight intothe nanostructure of themicrobe-material-interfa-ce and adhesion mecha-nismsC. Lüdecke-Beyer (Sp), FriedrichSchiller University Jena (Ger-many); M. Roth, Bio Pilot Plant,Leibniz Institute for Natural Pro-dukt Research and InfectionBiology, Jena (Germany); J. Bos-sert, K.D. Jandt, Friedrich Schil-ler University Jena (Germany)

Microbial adhesion onphysically nanostructu-red biomaterials surfacesC. Dewald (Sp), C. Lüdecke, Frie-drich Schiller University Jena(Germany); M. Roth, Bio PilotPlant, Leibniz Institute for Natu-ral Produkt Research and Infec-tion Biology, Jena (Germany); J.Bossert, K.D. Jandt, FriedrichSchiller University Jena (Ger-many)

A-203 Preparation of Mutiva-lent Surface Coatings ofPhosphoryl Choline onPTFE SurfacesR. Hammer (Sp), PVA tePla AG,Prien (Germany); M. Barden,PVA tePla America, Corona(USA)

22 23

Round-Table Discussion: Current and future challenges for MedTech IndustryIntroduction of the speakers:

and obtained his PhD in 1990 from thisuniversity. He started to work in ortho-paedics immediately after his PhD, desi-gning hip implants and working closelywith key European surgeons like M.E.Müller, H. Wagner, E. Morscher, and L.Spotorno. From 1995 to 2006, ClaudeRieker had the global responsibility ofall research activities in tribology forSulzer / Zimmer and developed / optimi-zed all the bearings within the portfolioof Sulzer / Zimmer. During these 11years of research, Claude Rieker gainedextensive knowledge on hard-on-hardbearings, on highly cross-linked poly-ethylene technologies, and also on alltribologic aspects of total joint arthro-plasties. The key results of these activi-ties have been published in peer-revie-wed journals. For the last 9 years, Clau-de Rieker has the responsibility of theEuropean Scientific Affairs for Zimmer.

Ralf KlabundeVP Engineering - icotec AG, Altstätten, Switzerland Mr. Klabunde brings close to 20 yearsof experience and leadership in themedical device industry to his currentrole. At icotec he is leading icotec's ent-ire product development functions toapply icotec's high strength, continuousfiber composite technology to medicaldevices (trauma and spine) and to highperformance industrial applications,such as in automotive and aerospace.Before joining icotec in 2014, he heldresponsibility for the EMEA productdevelopment functions of DePuy Spine,

a Johnson & Johnson company. From1997 to 2011 he served in R&D roles ofincreasing responsibility for SulzerMedica, which in 2003 became acqui-red by Zimmer. During this time heinitiated the project and secured fun-dings to develop the first implantablehuman knee joint with force sensors tomeasure joint loads of patients in vivo,a collaboration with the Charitè Hospi-tal. It was followed by a two-year inter-national work assignment at Zimmer'sheadquarter in the US, where he wasresponsible for formulating and develo-ping a product strategy for drug-device-combination products across Zimmer'sproduct portfolio.

Mr. Klabunde holds a MSc in BiomedicalEngineering from the University ofRostock and an MBA in General Mana-gement from the University of St. Gal-len.

Dr. Simon Jegou, Divonne-les-Bains, FranceDr. Simon Jegou is an expert in ceramicsand ceramic processing technologies,specializing in ceramics for medicalapplications. He has more than 8 yearsinternational experience in the MedicalDevice Industry occupying managementroles in both R&D and Sales and Marke-ting. He worked the past 6 years atNobel Biocare managing and drivingResearch and Early Development projec-ts within the field of ceramic-basedprosthetic and implant treatment soluti-ons, in collaboration with universities,industry, and leading clinicians andtechnicians. He has authored severalscientific papers and patent applicati-ons, and a chapter on Dental Glasses

and Glass-ceramics (Chap. 12) in thebook “Advanced Ceramics for Denti-stry”, Elsevier, edited by James Shen. Hewas educated in France and Sweden,and received his PhD in Materials Che-mistry in 2005 from the University ofLund where he was conducting researchin injectable calcium phosphate bonesubstitutes for orthopedic applications.He also holds an education and wor-king experience in International Sales &Marketing.

Norman StarkManager Strategic Projects R&D -Biotronik AG, Bülach, SwitzerlandAfter starting his career in medicalIndustry with Zimmer in 2005 he servedas Manager of the Polymer ResearchGroup before taking over extended res-ponsibility for the Metals, Processes andRetrieval analysis teams and laborato-ries. In his functions he supported andled various important new technologyand process optimization projects andauthored and coauthored numerouspublications and patents. Since 2014Norman is leading task forces andmajor projects as a Strategic R&D Pro-ject Manager for Biotronik AG in Swit-zerland. Besides his responsibilities wit-hin Biotronik he serves as an activemember of the German Society for Bio-materials, the European Society for Bio-materials and the ESB EducationalCommittee. Norman holds a Master inEngineering with a major in biomateri-als and a Master in Business Admini-stration focusing on leadership andhuman capital management.


C: Bioactive materials

C-5

C-21OralPoster

C-66

Spin-coated and dip-coa-ted calcium hydroxyapa-tite thin films on titani-um, silicon and quartzsubstrates: preparationand characterizationM. Malakauskaite-Petruleviciene(Sp), Z. Stankeviciute, A.Prichodko, A. Kareiva, VilniusUniversity (Lithuania)

Morphological patternsin the micrometer andnanometer range toinfluence biological res-ponse to titanium basedsubstratesM.M. Subhani (Sp), X. Wang, R.Hess, D. Langheinrich, R. Beut-ner, A.-F. Lasagni, D. Scharnewe-ber, Technische Universität Dres-den (Germany)

In vitro effects of Cu-doped 45S5 bioactiveglass and lipid peroxida-tion on the growth ofhuman osteoblast-likecellsL. Milkovic, Rudjer BoskovicInstitute, Zagreb (Croatia); A.Hoppe, T. Zehnder, J. Will, R.Detsch, University of Erlangen-Nürnberg (Germany); N. Zarko-vic, Rudjer Boskovic Institute,Zagreb; A.R. Boccaccini (Sp),University of Erlangen-Nürnberg(Germany)

C-86

C-90OralPoster

C-111

Biocomposites for toothregeneration based oncollagen matrix, nano-porous silica nanopar-ticles and bone morpho-genetic proteins (BMPs)A. Satalov (Sp), P. Behrens, Leib-niz Universität Hannover (Ger-many); M. Steindorff, E. Geller-mann, H. Hartwig, A. Winkler,M. Stiesch, Hannover MedicalSchool (Germany)

Plasma spraying as atool for the generationof bioactive surfacesH. Testrich (Sp), A. Quade, A.Kruth, M. Fröhlich, K.-D. Welt-mann, M. Polak, Leibniz Institu-te for Plasma Science and Tech-nology, Greifswald (Germany)

Investigation of bio-glass-ceramics contai-ning natural bonesA. Dobrádi (Sp), M. Enisz-Bódo-gh, K. Kovács, University of Pan-nonia, Veszprém (Hungary)

C-118OralPoster

C-120OralPoster

C-140

Chemical and Morpholo-gical Changes ofhydroxyapatite Cold GasSpray coatings duringImmersion in SimulatedPhysiological SolutionsA. Martín Vilardell (Sp), N.Cinca, A. Concustell, S. Dosta,I.G. Cano, J.M. Guilemany, Uni-versity of Barcelona (Spain)

Structuring surfaces ofbioactive glasses at themicro scale by mouldcastingB. Pföss (Sp), RWTH AachenUniversity (Germany); M. Höner,University Hospital RWTHAachen (Germany); M. Wirth, T.Vossel, RWTH Aachen University(Germany); H. Fischer, UniversityHospital RWTH Aachen (Ger-many); A. Bührig-Polaczek, R.Conradt, RWTH Aachen Univer-sity (Germany)

Design of functionalizedbeta-TCP spray-driedgranules for HVOF ther-mal spray applicationsI. Arhire (Sp), A. Killinger, R.Gadow, University of Stuttgart(Germany)


B: Bio-nano materials

B-26OralPoster

B-58

B-65

B-69OralPoster

Ionic liquid-assisted for-mation of cellulose/calci-um phosphate hybridmaterials with potentialapplication as biomateri-alsA. Salama, A. Taubert (Sp), Uni-versity of Potsdam, Golm (Ger-many)

Round diamond nano-particlesH. Raabova (Sp), IOCB AS CR,Prague (Czech Republic); I.Rehor, IOCB AS CR, Prague(Czech Republic); P. Cigler, IOCBAS CR, Prague (Czech Republic)

Fabrication and SERSApplications of Uni-directional Gold and Sil-ver Nanorod ArraysEnhanced by ColloidalNanoparticlesE. Piskin (Sp), G. Demirel, E.Piskin, Hacettepe University,Ankara (Turkey)

Gold Decorated Magne-tite Nanoparticles as aNon-viral vector Appliedin Cell Cultures onTumor Cell LinesD.D. Usta, Hacettepe University,Ankara (Turkey); M. Turk, Kirik-kale University (Turkey); E.Piskin (Sp), Hacettepe Universi-ty, Ankara (Turkey)

B-89OralPoster

B-101

B-103

B-119

Nanoscale Imaging andQuantitative Nanome-chanical Characterizationof Biomaterials by Ato-mic Force MicroscopyT. Müller, D. Stamov, J. Barner, T.Henze, F. Kumpfe, C. Pettersson(Sp), T. Jahnke, JPK InstrumentsAG, Berlin (Germany)

Carbon Nanotube Coa-tings on Electrodes forNeural Interface Applica-tionsN. Burblies (Sp), K. Kreiskoether,H.-C. Schwarz, P. Behrens, Leib-niz Universität Hannover (Ger-many); J. Schulze, K. Kranz, K.Wissel, A. Warnecke, HannoverMedical School (Germany)

Nanoporous PlatinumCoatings for Electrodesin Biomedical Applicati-onsK.D. Kreisköther (Sp), K. Kranz,K. Wissel, J. Schulze, P. Behrens,Leibniz Univerisität Hannover(Germany)

Nanodiamonds surfacedesign – particle jigsawin solutionJ. Havlik (Sp), Academy of Scien-ces of the Czech Republic, Pra-gue (Czech Republic); P. Cigler,Academy of Sciences of theCzech Republic, Prague (CzechRepublic)

B-136

B-155OralPoster

B-175

Ultrathin biocompatiblecoatings of fluorescentdiamondsJ. Vavra (Sp), I. Rehor, P. Cigler,Academy of Sciences of theCzech Republic, Prague (CzechRepublic)

Development ofEngineered Iron-OxideNanoparticles by Lentivi-ral Vectors for TargetCancer Therapy andHyperthermiaE. Borroni (Sp), E. Catalano, A.Cochis, F. Oltolina, M. Prat, L.Rimondini, University of Pie-monte Orientale, Novara (Italy);S. Ferraris, M. Miola, E. Vernè,Politecnico di Torino, Turin(Italy); S. Novek, Jo√ef StefanInstitute, Ljubljana (Slovenia); A.Follenzi,

PEG-based HydrogelsSurface Patterned withGold Nanoparticles forSelective Immobilizationof BiomoleculesC. Yesildag (Sp), Z. Zhang, M.C.Lensen, TU Berlin (Germany)

24 25


F: Bioinspired Materials G: Biointerfaces /microenvironments

F-14OralPoster

F-78OralPoster

F-107

F-127OralPoster

Assembly and Structureof Spider Silk Nano-FibrilsM. Humenik (Sp), T. Scheibel,University of Bayreuth (Ger-many)

New biomaterials basedon self-folding filmsL. Ionov, Leibniz Institute ofPolymer Research Dresden (Ger-many)

Hydroxyapatite composi-te cryogels as potentialscaffolds for tissueengineeringS. Oehmichen (Sp), A. Prager, R.Konieczny, N. Schönherr, I. Rein-hardt, S. Reichelt, Leibniz Insti-tute of Surface Modification,Leipzig (Germany)

3D-Printing of bio-inspi-red anti-reflective nano-structuresJ. Purtov (Sp), E. Kroner, Leibniz-Institute for New Materials,Saarbrücken (Germany)

H: Biological materials

G-161

G-204

The micro-porous bloodcontact surface manufac-tured on titanium byglow-discharge assistednitriding process forapplication in the rotaryblood pump elementsM. Gonsior (Sp), R. Kustosz, M.Darak, I. Altyntsev, M. Kocielni-ak-Ziemniak, M. Gawlikowski,Foundation for Cardiac SurgeryDevelopment, Zabrze (Poland);T. Wierzcho, Warsaw Universityof Technology (Poland)

EU AmbuLung:Biofunctionalization ofPMP fibres for endothe-lialized gas exchangermembranesK. Borchers, Fraunhofer Institutefor Interfacial Engineering andBiotechnology, Stuttgart (Ger-many)

H-75OralPoster

H-129OralPoster

H-169OralPoster

H-185OralPoster

Biogenic Wood PlasticComposites from bio-based Polyamide 11 andchemically modifiedBeech FibersP. Zierdt (Sp), S. Wittchen,Fraunhofer Institute for Mecha-nics of Materials IWM, Halle(Germany); A. Weber, Institut fürHolztechnologie Dresden (Ger-many); H. Costard, FlasinGmbH, Neu Wulmstorf (Ger-many)

A combined nanoinden-tation and finite ele-ment study of the bio-mechanics of Passifloradiscophora attachmentpadsC. Bos (Sp), R. Kappel, O. Kraft,R. Schwaiger, Karlsruhe Instituteof Technology, Eggenstein-Leo-poldshafen (Germany)

Irradiated human dentinreveals structure-toug-hness relations in teethA. Märten (Sp), J. Seddig, C.Fleck, TU Berlin (Germany); P.Zaslansky, Charité-Universitäts-medizin Berlin (Germany)

Potentials of biologicalwaste products for thereinforcement of poly-mer materialsJ. Kaufhold (Sp), S. Geller, C.Läßig, M. Gude, TU Dresden(Germany)


C: Bioactive materials D: Biodegradable materials

C-143

C-202OralPoster

Development and activi-ty of human osteoclastcells on 45S5 bioactiveglassR. Detsch, A.R. Boccaccini (Sp),A. Hoppe, A. Grünewald, Uni-versity of Erlangen-Nürnberg(Germany); E. Strasser, P. Steini-ger, University Hospital Erlangen(Germany)

Development and eva-luation of 45S5 bioactiveglass based scaffoldscoated with seleniumnanoparticles or withpoly(lactide-co-glycoli-de)/selenium nanopar-ticlesA.R. Boccaccini (Sp), Universityof Erlangen-Nürnberg (Ger-many); M. Stevanovic, N. Filipo-vic, Serbian Academy of Scienceand Arts, Belgrade (Serbia)

D-25

D-38OralPoster

D-56OralPoster

D-92OralPoster

Toughening of porousbioceramic scaffolds bybioresorbable polymericcoatingsS. Dorozhkin, Moscow (RussianFederation)

Hydration of partiallyamorphized Sr2+ - containing alpha- TCPpowder samplesK. Hurle (Sp), M. Goebbels, J.Neubauer, F. Goetz-Neunhoeffer,Friedrich-Alexander-UniversitätErlangen-Nürnberg (Germany)

Polarization measure-ments with rotating diskelectrode for characte-rization of the degrada-tion of Mg-Gd and Mg-Ag binary alloysI. Marco (Sp), KU Leuven (Belgi-um); F. Feyerabend, R. Willu-meit-Römer, Helmholtz-ZentrumGeesthacht (Germany); O. Vander Briest, KU Leuven (Belgium)

Biodegradable Mg-alloysimplants in a short-termstudyA. Myrissa (Sp), Medical Univer-sity of Graz (Austria); G.Szakács, Helmholtz-ZentrumGeesthacht, Hamburg (Ger-many); E. Martinelli, J. Eichler, S.Srinivasaiah, U. Schäfer, A.M.Weinberg, Medical University ofGraz (Austria)

D-106OralPoster

D-121OralPoster

D-124OralPoster

D-178OralPoster

Effect of Morphology onAgeing Characteristics ofPoly(Lactic Acid) in Diffe-rent MediaK. Bruckmoser (Sp), K. Resch,University of Leoben (Austria)

Establishment of a newmethod to quantify theimmune cell response tosubcutaneously or intra-musculary implantedmaterialsF. Witte (Sp), T. Schmidt, Z.Kronbach, M. Heinze, M. Gei-ling, S. Krummsdorf, Charité -Universitätsmedizin Berlin (Ger-many)

Processing of Zn basedalloy tubes for biodegra-dable stent applicationsE. Mostaed (Sp), M. Hashem-pour, M. Sikora-Jasinska, M.Bestetti, Politecnico di Milano(Italy); A. Tuissi, National Rese-arch Council, Milan (Italy); M.Vedani, Politecnico di Milano(Italy)

Controlling the interfaci-al strength in PLGA fiberreinforced brushitecementsS. Maenz (Sp), M. Henning, M.Mühlstädt, Friedrich SchillerUniversity of Jena (Germany); E.Kunisch, R.W. Kinne, Waldkran-kenhaus “Rudolf Elle“, Eisen-berg (Germany); J. Bossert, K.D.Jandt, Friedrich Schiller Universi-ty of Jena (Germany)

26 27


I: Biomaterials applications

K: Computational bioma-terials science

I-167

I-207

New segmented poly-ester copolymers forheart assist devices andits sterilizationB. Zawidlak (Sp), M. Koscielni-ak-Ziemniak, M. Gonsior, K.Kustosz, Foundation for CardiacSurgery Development, Zabrze(Poland); M. El Fray, A. Piegat,M. Pictek, West Pomerania Uni-versity of Technology, Szczecin(Poland)

The ball-on-three-ballstest for mechanical cha-racterization of high-strength ceramics coatedwith a 3D-macroporouslayerR. Adjiski (Sp), M. Mühlstadt,Friedrich Schiller University Jena(Germany); K. Hans, C. Ort-mann, T. Oberbach, MathysOrthopädie GmbH, Mörsdorf(Germany); K.D. Jandt, J. Bos-sert, Friedrich-Schiller-Universityof Jena (Germany)

L: Current and futurechallenges for the MedTech Industry

K-150 Force ConcentrationRenders Nanoscale Ara-gonite Flaw-SensitiveE. Cruz-Chu (Sp), S. Pati, F. Gra-eter, Heidelberg Institute forTheoretical Studies (Germany)

L-60

L-126

EU AmbuLung: Preclini-cal in vivo long-termtesting of extracorporealmembrane ventilators:comparative analysis ofiLA activve® vs. the newminiaturized, wearableand transportable proto-type AmbuLungS. Bergt (Sp), S. Kischkel, B.Brock, J. Roesner, J. von Grön-heim, A. Herbst, M. Eppling,Rostock University Medical Cen-ter (Germany); G. Matheis, E.Novosel, J. Schneider, NovalungGmbH, Heilbronn (Germany); B.Vollmar, Rostock UniversityMedical Center (Germany)

EU AmbuLung: – first ofa kind bioartificial lungG. Matheis (Sp), E. Novosel, J.Schneider, F. Metzger, NovalungGmbH, Heilbronn (Germany); P.Kluger, Fraunhofer IGB, Stutt-gart (Germany); S. Manatalaris,Imperial College, London (UK);M. Pistolesi, University of Flo-rence (Italy)


I: Biomaterials applications

I-34

I-41OralPoster

I-42OralPoster

I-48OralPoster

Processing and pro-perties of nanocarbonreinforced iron nanopar-ticles for cancer therapyby self-catalytic propa-gation High-temperatureSynthesisB. Bendjemil (Sp), A. Lankar, J.Messadi, D. Vrel, University ofBadji-Mokhtar, Annaba (Algeria)

Experimental Investigati-ons for the Characteriza-tion of Cutting Processeson BiomaterialsA. Batos (Sp), A. Jahr, Universityof Applied Sciences, Düsseldorf(Germany); B. Corves, RWTHAachen University (Germany)

The Effect of GrapheneOxide on Chemical andPhyical Properties of Ali-gned Poly (Epsilon-Caprolcatone) GrapheneOxide NanofibersH. Öztatli (Sp), O. Arslan, E.Dönmez, B. Garipcan, D. Ege,Bogaziçi University, Istanbul(Turkey)

Mechanical properties ofalumina-fluoroapatitecomposite coatingsdeposited on 316 Stain-less Steel by plasmasprayingH. Ghorbel (Sp), C. Coddet, Uni-versité de Technologie de Bel-fort-Montbéliard (France); J.Bouaziz, Ecole Nationaled’Ingénieurs de Sfax (Tunisia)

I-83

I-102OralPoster

I-116

Modification of Siliconewith Nanoporous SilicaNanoparticles forAdjustment of theMechanical Propertiesand Potential Drug Deli-veryT. Heemeier (Sp), K. Besecke, S.Noyun, N. Schmidt, L. Doniga-Crivat, S. Besdo, P. Behrens,Leibniz Universität Hannover(Germany)

Surface Characterizationand Catalytic Applicati-ons of Diatom BiosilicaC. Fischer (Sp), A. Jantschke, M.Oschatz, W. Nickel, S. Kaskel, E.Brunner, Technische UniversitätDresden (Germany)

Anti-adhesive plasmafluorocarbon polymerfilms - a surface for tem-porary implantsB. Finke (Sp), H. Testrich, LeibnizInstitute for Plasma Science andTechnology, Greifswald (Ger-many); H. Rebl, B. Nebe, R.Bader, Rostock University Medi-cal Center (Germany); U. Wal-schus, M. Schlosser, Ernst-Moritz-Arndt University Greifs-wald (Germany); K.D. Welt-mann, Leibniz Institute for Plas-ma Science and Technology,Greifswald (Germany); J. Meich-sner, Ernst-Moritz-Arndt Univer-sity Greifswald (Germany)

I-131OralPoster

I-135OralPoster

I-139

I-149OralPoster

Influence of the NotchGeometry and Micro-structure of Thin 316L –Plates on the MechanicalBehavior: An In-SituStudyB. Mitevski (Sp), S. Weiß, BTUCottbus-Senftenberg (Germany)

Release Behaviour ofBiopolymers with andwithout release AgentsM. Schwind (Sp), R. Rinberg, W.Nendel, L. Kroll, Chemnitz Uni-versity of Technology (Germany)

Electrospun Fabric forWound Dressing ofMucous MembranesS. Voigt (Sp), Jena UniversityHospital (Germany); R. Wyrwa,M. Schnabelrauch, Innovent e.V.Technologieentwicklung, Jena(Germany); D. Linde, K. Otto, G.Schneider, Jena University Hos-pital (Germany)

Biopolymer processingand their textile applica-tionsP.K. Manvi (Sp), G. Seide, T.Gries, RWTH Aachen University(Germany)

28 29


N: Dental materials O: Drug and gene delivery

N-173

N-205

N-206

PDMS stamp assistantsurface microstructuringof dental compositesand the influence on thebacterial adhesionK.D. Jandt, C. Lüdecke-Beyer(Sp), S. Maenz, Friedrich SchillerUniversity Jena (Germany); N.Fränzel, A. Völpel, B.W. Sigusch,Jena University Hospital

Energy transmission ofdifferent light curingunits depending on thetilt angle and distanceof irradiance recordedwith the MARC patientsimulatorK. Konerding (Sp), M. Heyder, A.Völpel, University Hospital Jena(Germany); D. Watts, Universityof Manchester (UK); K.D. Jandt,Otto Schott Institute for Materi-als Research, Jena (Germany);B.W. Sigusch, University Hospi-tal Jena (Germany)

Assessment of the mostcommon subjective per-sonal mistakes duringlight polymerization ofdental restorative mate-rials by using the MARCPatient SimulatorR. Ternes (Sp), A. Völpel, M.Heyder, University Hospital Jena(Germany); D. Watts, Universityof Manchester (UK); K.D. Jandt,Otto Schott Institute for Materi-als Research, Jena (Germany);B.W. Sigusch, University Hospi-tal Jena (Germany)

O-51

O-55

O-84

Particles of the Recom-binant Spider Silk Pro-tein eADF4(C16) as drugdelivery vehiclesH. Herold (Sp), M. Elsner, C.Blüm, S. Wohlrab, T. Scheibel,University of Bayreuth (Ger-many)

Polymer-pirarubicin con-jugates modified withcell penetrating peptidedoes not show increasedanticancer activity invitroO. Janouskova (Sp), R. Pola, M.Pechar, A. Hoecherl, K. Wisnie-wska, Institute of Macromolecu-lar Chemistry AVCR v.v.i., Pra-gue (Czech Republic)

Development of deliverysystems for bioactivemolecules applied forimplants and tissueengineering scaffoldsN. Schmidt (Sp), T. Heemeier,Leibniz Universität Hannover(Germany); J. Schulze, A.Warnecke, Medical University ofHannover (Germany); P. Beh-rens, Leibniz Universität Hanno-ver (Germany)

O-157 Periodic mesoporousorganosilica (PMO) coa-tings for biomedicalapplicationsN. Wendt (Sp), Leibniz Univer-sität Hannover (Germany); S.Schlie-Wolter, B. Chichkov, LaserZentrum Hannover e. V. (Ger-many); I. Rahim, P.P. Müller,Helmholtz Centre for InfectionResearch, Hannover (Germany);D. Gottschalk, P. Wriggers, P.Behrens, Leibniz UniversitätHannover (Germany)


M: 3D printing / additivemanufacturing of bioma-terials

M-17OralPoster

M-85

M-98OralPoster

Additive Manufacturingof High Strength Bioac-tive Glass Scaffolds forLoad Bearing Applicati-onsR. Gmeiner (Sp), J. Schönherr, B.Lechner, M.S. Hagenauer, J.Stampfl, Vienna University ofTechnology, Wien (Austria); A.R.Boccaccini, University of Erlan-gen-Nuremberg (Germany)

Lithography-based Addi-tive Manufacturing ofHigh Strength BioactiveGlass and Glass Ceramicsfor Medical ApplicationsJ.A. Schönherr (Sp), R. Gmeiner,B. Lechner, M.S. Hagenauer, J.Stampfl, Vienna University ofTechnology, Wien (Austria); A.R.Boccaccini, University of Erlan-gen-Nürnberg (Germany)

EU ArtiVasc: 3D - Deve-lopment of Artificial Vas-cularized Scaffolds byAdditive ManufacturingN. Nottrodt (Sp), S. Engelhardt,J. Janhsen, Fraunhofer Institutefor Laser Technology, Aachen(Germany); O. Refle, J. Günthel,Fraunhofer Institute for Manu-facturing Engineering and Auto-mation, Stuttgarg (Germany); R.Harris, R. Bibb, X. Han, Lough-borough University (UK); A. Gill-ner, Fraunhofer Institute forLaser Technology, Aachen (Ger-many)

N: Dental materials

M-200OralPoster

Industrial processing ofthree-dimensional Scaf-folds made of biopoly-mers utilizing Two Pho-ton PolymerizationE. Markweg (Sp), J. Mampel, T.Kowalik, TETRA Gesellschaft fürSensorik, Robotik und Automa-tion mbH, Ilmenau (Germany)

N-18

N-114

N-151

Bioactive glass contai-ning dentin adhesivesystems with potentiallyself-healing propertiesJ. Brandt (Sp), Friedrich-Schiller-University of Jena (Germany); R.Göbel, A. Rzanny, UniversiyHospital Jena (Germany); D.S.Brauer, Friedrich-Schiller-Univer-sity of Jena (Germany)

Comparison of cytotoxi-city and antimicrobialpotentials of a copperadditive: conventionalvs. copper-loaded zincphosphate cementT. Wassmann (Sp), Georg-August-University, Göttingen(Germany); M. Haupt, Fraunho-fer Institute (Germany); M.Rosentritt, University MedicalCenter Regensburg (Germany);N. Miosge, R. Buergers, Univer-sity Medical Center Goettingen,Göttingen (Germany)

Pros and Cons in the useof Zirconia for medicalapplicationsK. Nickel (Sp), M. Keuper, C.Berthold, Eberhard-Karls-Uni-versity of Tübingen (Germany)

30 31


Recombinant SpiderSilk Scaffolds as Gui-dance for Neural CellsK. Pawar (Sp), T. Scheibel, Uni-versity of Bayreuth (Germany)

Non-invasive determi-nation of cartilagethickness in the largeanimal model sheep bynear-infrared spectros-copyV. Kopsch (Sp), Jena UniversityHospital, Eisenberg (Ger-many); M. Lange, T. Reuter, M.Hoffmann, fzmb GmbH, BadLangensalza (Germany); S.Bischoff, J. Adolph, H. Schu-bert, Jena University Hospital,Eisenberg (Germany); J. Mika,University Hospital Giessenand Marburg (Germany); C.Hurschler, Hannover MedicalSchool (Germany); R.W. Kinne,Jena University Hospital,Eisenberg (Germany)

Local application ofblood mononuclearcells in the regenerati-on of the cornea’sendothelial cell layer.Experimental studyE. Filippova (Sp), NationalResearch Tomsk PolytechnicUniversity (Russian Federati-on); O. Krivosheina, SiberianState Medical University,Tomsk (Russian Federation)

Evaluation of PTMC-based composite materi-als in reconstructing cra-nial bone defectN. Zeng (Sp), A.C. vanLeeuwen, R.R.M. Bos, D.W. Gri-jpma, R. Kuijer, University ofGroningen (Netherlands)

Osteocytesalterationsaffect bone microstruc-ture in a sheep model ofosteoporosisD. Rosenbaum (Sp), T. El Khas-sawna, W. Böcker, D. Bürgener,L. Schäfer, M. Kampschulte, C.Heiss, Justus Liebig-Universityof Giessen (Germany)

An in vitro test systemfor the biocompatibilityand osteo-(in) conduc-tivity of calcium phos-phate cement (CPC)using human adipose-tissue-derived mesen-chymal stem cells(hASC)A. Al-Balwa (Sp), Jena Universi-ty Hospital, Eisenberg (Ger-many); S. Maenz, J. Bossert,K.D. Jandt, Friedrich SchillerUniversity Jena (Germany); E.Kunisch, R.W. Kinne, Jena Uni-versity Hospital, Eisenberg (Ger-many)

EU ArtiVasc: Characteri-sation of human fattytissue pericytes and eva-luation of their angioge-nic potentialA.-C. Volz (Sp), Reutlingen Uni-versity (Germany); B. Huber, Uni-versity of Stuttgart, Stuttgarg(Germany); P. Kluger, FraunhoferInstitute for Interfacial Enginee-ring and Biotechnology IGB,Stuttgart (Germany)

Radiological characte-rization of osteoporoticsheep model for thedevelopment of novelbiomaterialsD. Weisweiler (Sp), T. El Khassa-wna, W. Böcker, L. Schroeter, R.Schnettler, C. Heiß, Justus-Lie-big-University of Giessen,Gießen (Germany)

33


P: Imaging of biomaterials

Q: Hydrogels and biobased polymers

P-181

P-184

Quantitative characte-rization of endothelialcell morphologiesdepending on shearstress in different bloodvessels of domestic pigsT.T. Pham, S. Maenz (Sp), C.Lüdecke, Friedrich Schiller Uni-versity of Jena (Germany); U.Settmacher, Jena UniversityHospital (Germany); K.D. Jandt,Friedrich Schiller University ofJena (Germany); J. Zanow, JenaUniversity Hospital (Germany); J.Bossert, Friedrich Schiller Uni-versity of Jena (Germany)

Application of F-18-Sodi-um Fluoride (NaF) dyna-mic PET-CT (dPET-CT) fordefect healing: compari-son of biomaterials in anexperimental osteoporo-tic rat modelC. Cheng (Sp), German CancerResearch Center, Heidelberg; V.Alt, University Hospital Giessen-Marburg GmbH (Germany); L.Pan, German Cancer ResearchCenter, Heidelberg; U. Thor-mann, R. Schnettler, UniversityHospital Giessen-MarburgGmbH; S. Heinemann, M. Schu-macher, M. Gelinsky, TU Dres-den (Germany); B. Nies, InnoTE-RE GmbH, Radebeul; A. Dimitra-kopoulou-Strauss, Clinical Coo-peration Unit Nuclear Medicine,(Germany)

R: Structure of biomaterials

S: Tissue engineering /regenerative medicine

Q-160

Q-170

Tobacco mosaic virus asmultivalent building-block in hydrogelsS. Eiben (Sp), A. Southan, Uni-versity of Stuttgart (Germany)

EU AmbuLung: Threedimensional (3D) hESCCultures in Hydrogels:Towards OptimizedEndothelial Cell Diffe-rentiation through Pro-cess and MetabolomicsanalysisI. Fauzi (Sp), S.L. Vernardis, X.Lu, A. Mantalaris, Imperial Col-lege London (UK)

R-180

R-198

S-16

S-19

S-31

S-54

S-79

S-115

S-146

S-148

Recycling and degradati-on of mechanical pro-perties in low-crystallini-ty poly(3-hydroxybuty-rate-co-3-hydroxyhexa-noate).M. Zhu (Sp), M. Neal, Olin Col-lege of Engineering, Needham,MA (USA); C. Brigham, Universi-ty of Massachusetts Dartmouth,MA (USA); S. Riedel, TechnicalUniversity of Berlin (Germany)

Multiscale modeling ofbone ultrastructureA. Barkaoui (Sp), T. Brahim, H.Ridha, University of Tunis ElManar (Tunisia)

32

List of Authors and Co-Authors

AAbendroth, P. 23Adelung, R. 18Adjiski, R. 29Adolph, J. 16Adolph, J. 33Aguilar Reyes, E.A. 20Al-Balwa, A. 33Alt, V. 12, 15, 32Altomare, L. 20Altyntsev, I. 27Aminian, A. 12Anderson, O. 19Andreeva-Bäumler, D. 11Appelhans, D. 9Arhire, I. 25Arslan, O. 28Arzt, E. 10Asker, D. 9

BBach, M. 10, 23Bader, R. 28Badis, B. 28Baidukova, O. 16Bald, I. 18Banerjee, S. 11Barden, M. 23Bargel, H. 11Barkaoui, A. 32Barner, J. 24Barz, J. 23Batos, A. 28Behrens, P. 13, 23, 24, 25, 28, 31Bergt, S. 29Bernard-Granger, G. 11Bernstein, A. 23Berthold, C. 30Berzina-Cimdina, L. 11Besdo, S. 28Besecke, K. 28Besenbacher, F. 18Bestetti, M. 26Beutner, R. 25Bibb, R. 30Bigazzi, F. 19Bigi, A. 13Bischoff, S. 16, 33Bleek, K. 13Blüm, C. 31

Boanini, E. 13Bobe, K. 19Boccaccini, A.R. 16, 25, 26, 30Boccardi, E. 20Bocchinfuso, G. 24Böcker, W. 16, 33Borchers, K. 17, 19, 27Borkner, C. 11Börner, H.G. 12Borroni, E. 24Bos, C. 27Bos, R.R.M. 33Bossert, J. 10, 13, 16, 23, 26, 29, 32, 33Bouaziz, J. 28Boye, S. 13Braeckmans, K. 9Brahim, T. 32Brandt, J. 12, 30Brauer, D.S. 30Braun, H.-G. 17Brezesinki, G. 12Brigham, C. 32Brinkmann, O. 16Brock, B. 29Brönneke, S. 17Bruckmoser, K. 26Brunner, E. 17, 28Bruns, M. 12Buergers, R. 30Bührig-Polaczek, A. 25Bungartz, M. 16Burblies, N. 24Bürgener, D. 16, 33Bürgers, R. 16. 23Burgert, I. 11

CCamiciottoli, G. 19Cano, I.G. 25Catalano, E. 24Catignoli, C. 20Çelebi, B. 13Cerruti, M. 20Çetinkaya, D.U. 13Cheaib, Z. 13Cheng, C. 32Chevalier, J. 11Chiappisi, L. 16Chichkov, B. 31Cigler, P. 10, 16, 24Cinca, N. 25

Cochis, A. 24Coddet, C. 28Concustell, A. 25Congur, G. 18Conradt, R. 11, 25Corves, B. 28Costard, H. 27Courseau, J. 18Cruz-Chu, E. 29

DD’Aniello, S. 17Darak, M. 27Davoudi, N. 16Dazzi, A. 20De Nardo, L. 20Debski, T. 20Deckert-Gaudig, T. 17del Pino, P. 13Demirel, G. 24Detsch, R. 25, 26Dewald, C. 23Dey, P. 16Dillon, E. 20Dimitrakopoulou-Strauss, A. 32Dobrádi, A. 25Doll, K. 23Doniga-Crivat, L. 28Dönmez, E. 28Dorozhkin, S. 26Dosta, S. 25Douglas, T.E.L. 9Drobot, B. 16Dulebo, A. 20

EEder, M. 9Ege, D. 28Eiben, S. 32Eichler, J. 26Eick, S. 13El Fray, M. 29El Khassawna, T. 12, 16, 33Elsner, M. 31Emieux, F. 11Engelhardt, S. 30Enisz-Bódogh, M. 25Eppling, M. 29Erdem, A. 18

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KKaierle, S. 19Kainer, K.U. 17Kampschulte, M. 16, 33Kapis, A. 12Kappel, R. 27Karakasyan-Dia, C. 9Karakecili, A. 16Kareiva, A. 25Karst, N. 11Kaskel, S. 28Kaslioglu, Ö. 19Kaufhold, J. 27Kauppinen, K. 10Keç, E. 13Keck, M. 17Keller, A. 18Keplinger, T. 11Keuper, M. 11, 30Kielar, C. 18Killinger, A. 23, 25Kinne, R.W. 16, 26, 33Kischkel, S. 29Kjoller, K. 20Klabunde, R, 22Klotz, U.E. 17Kluger, P. 10, 17, 19, 29, 33Kober, J. 17Kocielniak-Ziemniak, M. 27Kocum, I.C. 11Konerding, K. 31Konieczny, R. 27Kopp, A. 17Kopsch, V. 16, 33Korhonen, H. 19Koscielniak-Ziemniak, M. 29Kovács, K. 25Kowalik, T. 30Kraft, O. 27Kranz, K. 24Kratz, F. 16Kreisköther, K.D. 24Krieg, P. 23Krivosheina, O. 33Kroll, L. 12, 28Kronbach, Z. 26Kroner, E. 11, 27Krummsdorf, S. 26Kruth, A. 25Kuever, J. 10Kuijer, R. 33Kumpfe, F. 24

Kunisch, E. 16. 26, 33Kustosz, K. 29Kustosz, R. 12, 27Kuzmova, E. 16

LLamprecht, C. 18Lang, G. 11Lange, M. 33Langheinrich, D. 25Lankar, A. 28Lasagni, A.-F. 25Läßig, C. 27Laube, T. 17Lauth, V. 12Lavielle, N. 9Le Cerf, D. 9Le Coadou, C. 11Le, H.S. 19Lechner, B. 30Lederer, A. 13Lefebvre, L.-P. 20Legner, C. 17Lelkes, P. 14, 21Lelonek, M. 23Lensen, M.C. 24Libonati, F. 13Liikanen, M. 19Linde, D. 28Linke, K. 19Lo, M. 20Locs, J. 11Lorin, G. 11Lu, X. 32Lu, Y. 17Lucas, B. 9Lüdecke-Beyer, C. 13, 17, 23, 31, 32Lührs, H. 12Lussi, A. 13Luthringer, B. 19

MMaas, M. 12Maenz, S. 13, 16, 17, 26, 31, 32, 33Mai, T. 13Maier, H.J. 19Malakauskaite-Petruleviciene, M. 25Malin, M. 17, 19Mampel, J. 30

Manatalaris, S. 29Mantalaris, A. 32Manvi, P.K. 28Marco, I. 26Marcott, C. 20Markweg, E. 30Marletta, E. 24Marletta, G. 16Märten, A. 27Martín Vilardell, A. 25Martinelli, E. 26Matheis, G. 19, 21, 29Matys, S. 16Mecklenburg, M. 18Meichsner, J. 28Melli, V. 20Merritt, D. 9Messadi, J. 28Messina, G.M.L. 16, 24Metzger, F. 19, 29Mihailova, B. 18Mika, J. 33Milkovic, L. 25Minne, S. 20Miola, M. 24Miosge, N. 16, 30Mitevski, B. 28Mitteramskogler, G. 19Mizohata, K. 10Mochales, C. 16Moghtader, F. 18Montani, A. 11Morgenthal, I. 19Mostaed, E. 26Mostofi, S. 19Mücklich, F. 10Mueller, W.-D. 16Mühlstädt, M. 26, 29Müller-Renno, C. 16Müller, M. 9Müller, P.P. 13, 31Müller, T. 24Myrissa, A. 26

NNarojek, Z. 12Nasseri, B. 11Neal, M. 32Nebe, B. 28Nendel, W. 28

37


FFauzi, I. 32Ferraris, S. 24Feyerabend, F. 17, 18, 26Filipovic, N. 26Filippova, E. 33Fini, M. 13Finke, B. 28Fischer, C. 17, 28Fischer, H. 11, 25Fischer, S.C.L. 10Fleck, C. 16, 20, 27Follenzi, A. 24Forien, J. 16Fournier, H. 11Fränzel, N. 31Fratzl, P. 9Fröhlich, M. 25Fullriede, H. 13, 23

GGadow, R. 23, 25Gamal, M. 13Garipcan, B. 13, 28Gastrock, G. 13Gawlikowski, M. 27Gazit, E. 7Gazzano, M. 13Geiling, M. 26Gelinsky, M. 32Geller, S. 27Gellermann, E. 25Gheffar, C. 9Ghorbel, H. 28Giamblanco, N. 24Giavaresi, G. 13Gieseke, M. 19Gillner, A. 30Giner, I. 18Gmeiner, R. 30Göbel, R. 30Goebbels, M. 26Goetz-Neunhoeffer, F. 26Gonsior, M. 12, 27, 29Görke, O. 20Gothelf, K.V. 18Gotman, I. 19Gottschalk, D. 31Grabosch, C. 18Gradzielski, M. 16

Graeter, F. 29Grass, S. 16Gräwert, M. 13Grenier, S. 20Gries, T. 28Grijpma, D.W. 33Grönniger, E. 17Gross, T. 20Gross, U. 20Grundmeier, G. 18Grünewald, A. 26Gude, M. 27Gugerell, A. 17Guilemany, J.M. 25Gümüt Dereliolu, M. 16Günster, J. 16Günter, C. 13Günthel, J. 30Günther, T. 16Gutmanas, E.Y. 19

HHaag, R. 16Haferkamp, H. 19Hagenauer, M.S. 30Hajek, M. 16Hammer, R. 23Han, X. 30Hanke, T. 12Hanken, H. 17Hannig, M. 16Hans, K. 29Hans, M. 10Harris, R. 30Hartjen, P. 17Hartman, R. 13Hartwig, H. 25Hashempour, M. 26Hatton, B. 9Haupt, M. 30Hauser, C. 9Havlik, J. 24Heemeier, T. 28, 31Heiland, M. 17Heinemann, S. 32Heinze, M. 26Heiss, C. 16, 33Heiß, W.-A. 17Helbing, C. 17Henning, M. 26

Hensel, R. 10, 17Hentrich, D. 12Henze, T. 24Herbst, A. 29Herold, H. 31Hess, R. 25Heyder, M. 31Hoch, E. 17Hoecherl, A. 31Hoener, M. 11Hoffmann, M. 33Holopainen, J. 10Höner, M. 25Hoppe, A. 25, 26Hort, N. 17Huang, Y. 17Huber, B. 17, 33Humenik, M. 27Hür, D. 13Hurle, K. 26Hurschler, C. 33Huss, J. 9

IIdaszek, J. 20Illerhaus, B. 16Ionov, L. 27

JJacinto Diaz, B. 20Jaeger, R. 18Jahnke, T. 24Jahns, S. 9Jahr, A. 28Jandt, K.D. 13, 16, 17, 23, 26, 29, 31, 32,33Janhsen, J. 30Janouskova, O. 31Jantschke, A. 17, 28Jaroszewicz, J. 20Jegou, S. 22Jouenne, T. 9Junginger, M. 12Jurkowski, P. 12

36

38


Neubauer, J. 26Nickel, K. 11, 30Nickel, W. 28Nies, B. 32Nölke, C. 19Nottrodt, N. 30Novek, S. 24Novosel, E. 19, 29Noyun, S. 28Nürnberger, S. 17

OOberbach, T. 29Oehmichen, S. 27Oltolina, F. 24Ortmann, C. 29Oschatz, M. 28Ostrowska, B. 20Otto, K. 28Öztatli, H. 28Özturk, M.Ö. 13

PPallesch, A. 24Pan, L. 32Parak, W.J. 13Parilli, A. 13Pati, S. 29Paulowicz, I. 18Pawar, K. 33Pechar, M. 31Pede, D. 12Pelaz, B. 13Pettersson, C. 24Pfaffinger, M. 19Pföss, B. 11, 25Pham, T.T. 13, 32Pictek, M. 29Piegat, A. 29Piskin, E. 11, 18, 20, 24Pistolesi, M. 19, 29Pittenger, B. 20Poeschl, C. 9Pojda, Z. 20Pola, R. 31Polak, M. 25Pollmann, K. 16

Prager, A. 27Prat, M. 24Prichodko, A. 25Ptock, C. 17Purtov, J. 27

QQuade, A. 25

RRaabova, H. 24Rack, A. 16Rackwitz, J. 18Raff, J. 16Rahim, I. 31Rais, B. 13Rakhmatullina, E. 13Ramskogler, C. 19Rebl, H. 28Refle, O. 30Rehor, I. 16, 24Reichelt, S. 27Reinhardt, I. 27Resch, K. 26Reuter, T. 33Rezwan, K. 12, 17Ridha, H. 32Riedel, S. 9, 32Rieker, C. 21Rimondini, L. 24Rinberg, R. 12, 28Ritala, M. 10Rjabovs, V. 11Roesner, J. 29Rohnke, M. 12Rosenbaum, D. 33Rosentritt, M. 30Rotaru, A. 18Roth-Nebelsick, A. 11Roth, M. 23Ruff, M. 10Rzanny, A. 30Rzayev, Z.M.O. 20

SSalama, A. 24Salamanna, F. 13Salimi, K. 20Salma-Ancane, K. 11

Santala, E. 10Satalov, A. 25Schaeske, J. 23Schäfer, L. 33Schäfer, U. 26Schandar, M. 19Scharneweber, D. 25Scheibel, T. 11, 27, 31, 33Schlagenhauf, A. 16Schlie-Wolter, S. 31Schlosser, M. 28Schmidt, F. 20Schmidt, N. 28, 31Schmidt, T. 26Schminke, B. 16Schnabelrauch, M. 17, 19, 28Schneider, G. 28Schneider, G.A. 9Schneider, J. 19, 29Schneider, T. 16Schnettler, R. 32, 33Schoeppler, V. 9Schönherr, J.A. 30Schönherr, N. 27Schröder, L. 16Schroeter, L. 33Schubert, H. 16, 33Schuchardt, A. 18Schulte, K. 18Schultz-Tanzil, G. 16Schulze, J. 24, 31Schumacher, M. 32Schumacher, T. 12Schwaiger, R. 27Schwarz, H.-C. 24Schwind, M. 28Seddig, J. 27Sedlak, F. 16Segmehl, J. 11Seide, G. 28Selhuber-Unkel, C. 18Sentürk-Parreidt, T. 9Seppälä, J. 17, 19Settmacher, U. 13, 32Shahabi, S. 17Shetty, R. 20Sicardy, O. 11Sigusch, B.W. 31Sikora-Jasinska, M. 26Simonato, J.-P. 11Skirtach, A.G. 9Skorb, E. 16

39


Skorb, K. 11Skwarczynska, A.L. 9Slegerova, J. 16Smeets, R. 17Sommer, U. 12Sommitsch, C. 19Southan, A. 32Srinivasaiah, S. 26Stahl, U. 9Stamov, D. 24Stampfl, J. 19, 30Stankeviciute, Z. 25Stärk, A. 16Stark, N. 20, 22Staudigel, C. 12Steindorff, M. 25Steiniger, P. 26Stevanovic, M. 26Stiesch, M. 23, 25Stipniece, L. 11Strasser, E. 26Striegler, C. 9Stursa, J. 16Su, B. 8Su, C. 20Subhani, M.M. 25Suhr, M. 16Swain, S.K. 19Swieszkowski, W. 20Szakács, G. 26Szlazak, K. 20

TTammaro, L. 17Taubert, A. 12, 13, 24Tautenhain, F. 12Ternes, R. 31Testrich, H. 25, 28Tezcaner, A. 11Thielmann, J. 9Thormann, U. 12, 32Torger, B. 9Torricelli, P. 13Tovar, G. 10, 17Treccani, L. 12, 17Tuissi, A. 26Turk, M. 11, 24Tuukkanen, J. 10

UUhlmann, E. 9Ulasevich, S. 16Umanskaya, N. 16Urban, B. 9Usta, D.D. 24Uzun, L. 13

VVan der Briest, O. 26van Leeuwen, A.C. 33Vavra, J. 24Vedani, M. 26Vehlow, D. 9Vergani, L. 13Vernardis, S.L. 32Vernè, E. 24Veronesi, F. 13Vogel, M. 16Völkel, A. 13Volkmann, E. 12Vollmar, B. 29Völpel, A. 31Volz, A.-C. 33von Grönheim, J. 29Vossel, T. 25Vrel, D. 28

WWalschus, U. 28Walter, T. 17, 19Wang, X. 25Warchol, J. 9Warchomicka, F. 19Warnecke, A. 24, 31Wassmann, T. 30Watts, D. 31Weber, A. 27Wehrum, D. 9Weinberg, A. 19, 26Weinert, U. 16Weiß, S. 28Weisser, J. 19Weisweiler, D. 16, 33Weltmann, K.-D. 25, 28Wendel, H.P. 18Wendt, N. 13, 31Wenz, A. 19Widmann, S. 16Wiedemeier, S. 13

Wieland, D. 10Wierzcho, T. 27Will, J. 25Willumeit-Römer, R. 17, 19, 26Windberger, U. 9Winkel, A. 23Winkler, A. 25Wirth, M. 25Wisniewska, K. 31Wissel, K. 24Wittchen, S. 27Witte, F. 19, 26Wittmann, V. 10Wohlrab, S. 11, 31Wolf, A. 12Woltmann, B. 9Wriggers, P. 31Wyrwa, R. 17, 28Wysocki, J. 20

XXin, L. 16

YYesildag, C. 24Yilmaz, B. 11Yilmaz, E.D. 9Yilmaz, M. 11, 20Yuan, J. 13Yurtsever, M.C. 16

ZZahn, G. 13Zanow, J. 13, 32Zarkovic, N. 25Zaslansky, P. 16, 27Zawidlak, B. 29Zehbe, R. 16, 20Zehnder, T. 25Zeng, N. 33Zhang, Z. 24Zhu, M. 32Zhukova, Y. 16Ziegler, C. 16Zierdt, P. 27

List of ParticipantsRegistrations considered until 31 March 2015

GGambke, A. Otto-Schott-Institut fürMaterialforschung, Jena (Germany)

Garipcan, B. Bogaziçi University, Istanbul (Turkey)

Gazit, E. Tel Aviv University (Israel)

Geis-Gerstorfer, J. Zentrum fürZahn-, Mund- und Kieferheilkunde,Tübingen (Germany)

Gheffar, C. Université de Rouen,Mont Saint Aignan Cedex (France)

Ghorbel, H. Université de Technolo-gie de Belfort-Montbéliard (France)Giamblanco, N. University of Catania (Italy)

Gieseke, M. Laser Zentrum Hanno-ver e.V. (Germany)

Giner, I. Universität Paderborn (Germany)

Gladitz, M. Thüringisches Institutfür Textil- und Kunststoff-Forschunge.V., Rudolstadt-Schwarza (Germany)Gmeiner, R. Technische UniversitätWien (Austria)

Gonsior, M. Foundation for CardiacSurgery Development, Zabrze(Poland)

HHammer, R. PVA Metrology & Plas-ma Solutions GmbH, Kirchheim(Germany)

Hans, M. Universität des Saarlan-des, Saarbrücken (Germany)

Hatton, B. University of Toronto(Canada)

Hauser, C. Fraunhofer IVV, Freising(Germany)

Havlik, J. Academy of Sciences ofthe Czech Republic, Prague (Czech Republic)

Heemeier, T. Leibniz UniversitätHannover (Germany)

Heiß, W.-A. Forschungsinstitut fürEdelmetalle und Metallchemie,Schwäbisch Gmünd (Germany)Hentrich, D. Universität Potsdam(Germany)

Herold, H. Universität Bayreuth(Germany)

Hoener, M. RWTH Aachen (Germany)

Holopainen, J. University of Helsinki(Finland)

Huber, B. Universität Stuttgart Germany)

Humenik, M. Universität Bayreuth(Germany)

Hunt, J. Universität Liverpool (UK)

Hurle, K. Friedrich-Alexander-Uni-versität Erlangen-Nürnberg (Germany)

IIonov, L. Leibniz-Institut für Poly-merforschung Dresden e.V. (Ger-many)

Irmer, D. TU Bergakademie Freiberg(Germany)

JJahnen-Dechent, W. RWTH Aachen(Germany)

Jandt, K.D. Friedrich-Schiller-Univer-sität Jena (Germany)

Janouskova, O. Institute of Macro-molecular Chemistry AVCR v.v.i.,Prague (Czech Republic)

Jantschke, A. Technische UniversitätDresden (Germany)

Jegou, S. Divonne-les-Bains (France)Jung, O. Universitätsklinikum Ham-burg-Eppendorf (Germany)

KKaplan, D. Tufts University, Med-ford, Massachusetts (USA)

Kaufhold, J. TU Dresden (Germany)

Keller, A. Universität Paderborn(Germany)

Keller, T.F. Deutsches Elektronen-Synchroton DESY, Hamburg (Ger-many)

Keuper, M. Eberhard-Karls-Univer-sität Tübingen (Germany)

Kinne, R.W. UniversitätsklinikumJena, Eisenberg (Germany)

Klabunde, R. icotec ag, Altstätten(Switzerland)

Kluger, P. Fraunhofer-Institut fürGrenzflächen- und Bioverfahrens-technik, Stuttgart (Germany)

Konerding, K. UniversitätkliniumJena (Germany)

Kopsch, V. UniversitätsklinikumJena, Eisenberg (Germany)

Kratz, F. Universität Kaiserslautern(Germany)

Number of participants: 207

4140


AAbendroth, P. Leibniz UniversitätHannover (Germany)

Adjiski, R. Friedrich Schiller Univer-sität Jena (Germany)

Al-Balwa, A. UniversitätsklinikumJena, Eisenberg (Germany)

Alt, V. Universitätsklinikum Gießenund Marburg (Germany)

Arhire, I. Universität Stuttgart (Germany)

BBach, M. Universität Stuttgart (Germany)

Bannewitz, C. Phenox GmbH,Bochum (Germany)

Barkaoui, A. University of Tunis ElManar (Tunisia)

Batos, A. Fachhochschule Düsseldorf (Germany)

Bayer, U. Cortronik GmbH, Warnemünde (Germany)

Becker, M. Fraunhofer Institut fürZerstörungsfreue Prüfverfahren,Saarbrücken (Germany)

Bendjemil, B. University of Badji-Mokhtar, Annaba (Algeria)

Bergt, S. UniversitätsmedizinRostock (Germany)

Berzina-Cimdina, L. Riga TechnicalUniversity (Latvia)

Boccaccini, A.R. Friedrich-Alexan-der-Universität Erlangen-Nürnberg(Germany)

Borchers, K. Fraunhofer-Institut fürGrenzflächen- und Bioverfahrens-technik, Stuttgart (Germany)

Borkner, C. Universität Bayreuth(Germany)

Borroni, E. University of PiemonteOrientale, Novara (Italy)

Bos, C. Karlsruhe Institute of Tech-nology, Eggenstein-Leopoldshafen(Germany)

Bossert, J. Friedrich-Schiller-Univer-sität Jena (Germany)

Brandt, J. Friedrich-Schiller-Univer-sität Jena (Germany)

Bruckmoser, K. MontanuniversitaetLeoben (Austria)

Burblies, N. Leibniz Universität Hannover (Germany)

CCheng, C. Deutsches Krebsfor-schungzentrum, Heidelberg (Germany)

Cigler, P. Academy of Sciences ofthe Czech Republic, Prague (Czech Republic)

Courseau, J. Fraunhofer-Institut fürWerkstoffmechanik, Freiburg(Germany)

Cruz-Chu, E. Heidelberg Institut fürTheoretische Studien (Germany)

DDeniset, A. Universite Paris-Sud,Orsay (France)

Dewald, C. Friedrich-Schiller Universität, Jena (Germany)

Dey, P. Freie Universität Berlin (Germany)

Dobrádi, A. University of Pannonia,Veszprém (Hungary)

Dorozhkin, S. Moscow (Russia)

Douglas, T.E.L. Ghent University(Belgium)

Dulebo, A. Bruker, Karlsruhe(Germany)

EEhlert, N. Leibniz Universität Hannover (Germany)

Eiben, S. Universität Stuttgart (Germany)

El Khassawna, T. Justus Liebig-Uni-versität Giessen (Germany)Epple, M. Universität Duisburg-Essen (Germany)

Evis, Z. Middle East Technical Uni-versity, Ankara (Turkey)

FFalk, J. TITK e.V., Rudolstadt-Schwarza (Germany)

Fauzi, I. Imperial College London(UK)

Feyerabend, F. Helmholtz-ZentrumGeesthacht (Germany)

Filippova, E. National ResearchTomsk Polytechnic University (Russia)

Finke, B. Leibniz-Institut für Plasma-forschung und Technologie e.V. ,Greifswald (Germany)

Fischer, C. Technische UniversitätDresden (Germany)

Fischer, S.C.L. Universität des Saar-landes, Saarbrücken (Germany)



Puspita Sari, Catholic University,Surabaya (Indonesia)

RRaabova, H. IOCB AS CR v.v.i., Prague (Czech Republic)

Raboczki, A. Central European University, Budapest (Hungary)

Raff, J. Helmholtz-Zentrum Dresden-Rossendorf (Germany)

Ramskogler, C. Technische Universität Graz (Austria)

Reck, A. Technische UniversitätDresden (Germany)

Rezwan, K. Universität Bremen(Germany)

Riedel, S.L. Fraunhofer Institut fürProduktionsanlagen und Konstrukti-onstechnik, Berlin (Germany)

Rieker, C. Zimmer GmbH,Winterthur (Switzerland)

Rosenbaum, D. Justus-Liebig-Uni-versität Gießen, Giessen (Germany)

Ruff, M. Universität Stuttgart (Germany)

SSalamanna, F. Rizzoli OrthopaedicInstitute, Bologna (Italy)

Salma-Ancane, K. Riga TechnicalUniversity (Latvia)

Samdenson, B. Cyprus InternationalUniversity, Lefkosa (Cyprus)

Satalov, A. Leibniz Universität Hannover (Germany)

Scheibel, T. Universität Bayreuth(Germany)

Schildhauer-Roitzsch, I. Friedrich-Schiller-Universität Jena (Germany)

Schmidt, F. Technische UniversitätBerlin (Germany)

Schmidt, N. Leibniz Universität Hannover (Germany)

Schmidt, N. Hochschule Hamm-Lippstadt (Germany)

Schminke, B. UniversitätsklinikumGoettingen, Göttingen (Germany)

Schnabelrauch, M. INNOVENT e.V.,Jena (Germany)

Schnettler, R. UniversitätsklinikumGießen und Marburg (Germany)

Schönherr, J.A. Techische Univer-sität Wien (Austria)

Schoeppler, V. Max-Planck-Institutfür Kolloid- und Grenzflächenfor-schung, Golm (Germany)

Schröder, U. AHC Oberflächentech-nik GmbH, Berlin (Germany)

Schumacher, T. Universität Bremen(Germany)

Schweigel, H. Dental MaterialGesellschaft, Hamburg (Germany)

Schwind, M. Technische UniversitätChemnitz (Germany)

Segmehl, J. ETH, Zürich (Switzer-land)

Skorb, E. Max-Planck-Institut fürKolloid- und Grenzflächenforschung,Potsdam (Germany)

Slegerova, J. Institute of OrganicChemistry and Biochemistry AS CR,v.v.i., Prague (Czech Republic)

Stark, N. BIOTRONIK AG, Bülach(Switzerland)

Su, B. University of Bristol (UK)Subhani, M.M. Technische Univer-sität Dresden (Germany)

Swain, S.K. Technion-Israel Instituteof Technology, Haifa (Israel)

Szlazak, K. Warsaw University ofTechnology (Poland)

TTaubert, A. Universität Potsdam,Golm (Germany)

Tautenhain, F. Technische Universität Chemnitz (Germany)

Ternes, R. Universitätklinium Jena(Germany)

Testrich, H. INP Greifswald e.V.(Germany)

Thormann, U. UniversitätsklinikumGießen-Marburg GmbH (Germany)

Trac, N.D. University of Girona(Spain)

Treccani, L. Universität Bremen(Germany)

UUrban, K. Eichwalde (Germany)

Uting, M. Thüringisches Institut fürTextil- und Kunststoff-Forschunge.V., Rudolstadt (Germany)


43


Kreisköther, K.D. Leibniz UniversitätHannover (Germany)

Krieg, P. Universität Stuttgart (Germany)

Kroner, E. Leibniz-Institut für NeueMaterialen GmbH, Saarbrücken(Germany)

Kuever, J. Bremen Institut für Werk-stofftechnik (Germany)

Kustosz, R. Foundation for CardiacSurgery Development, Zabrze(Poland)

LLamprecht, C. Christian-Albrechts-Universität zu Kiel (Germany)

Lauth, V. Universität Bremen (Germany)

Le, H.S. Aalto University, Espoe (Finland)

Le Coadou, C. CEA, Grenoble(France)

Lefebvre, L.-P. National ResearchCouncil Canada, Boucherville(Canada)

Lelkes, P. Temple University, Philade-lphia (USA)

Lelonek, M. SmartMembranesGmbH, Halle (Germany)

Libonati, F. Politecnico di Milano(Italy)

Lu, Y. Helmholtz-Zentrum Geest-hacht (Germany)

Lüdecke-Beyer, C. Friedrich-Schiller-Universität Jena (Germany)

Luthringer, B.J.C. Helmholtz-Zentrum Geesthacht (Germany)

MMaenz, S. Friedrich-Schiller-Universität Jena (Germany)

Märten, A. Technische UniversitätBerlin (Germany)

Mai, T. Universität Potsdam, Golm(Germany)

Malakauskaite-Petruleviciene, M.Vilnius University (Lithuania)

Mangold, A. Deutsche Gesellschaftfür Materialkunde e.V., Frankfurt(Germany)

Mano, J.F. University of Minho,Braga (Portugal)

Manvi, P.K. RWTH Aachen (Germany)

Marco, I. KU Leuven (Belgium)

Markweg, E. TETRA Gesellschaft fürSensorik, Robotik und AutomationmbH, Ilmenau (Germany)

Marletta, G. University of Catania(Italy)

Martín Vilardell, A. University ofBarcelona (Spain)

Matheis, G. Novalung GmbH, Heilbronn (Germany)

Messina, G.M.L. University of Catania (Italy)

Mitevski, B. BTU Cottbus-Senften-berg (Germany)

Moghtader, F. Hacettepe University,Ankara (Turkey)

Mostaed, E. Politecnico di Milano(Italy)

Müller, H. DMG, Hamburg (Germany)

Müller, M. Leibniz-Institut für Poly-merforschung Dresden e.V.(Germany)

Myrissa, A. Medizinische UniversitätGraz (Austria)

NNeumann, T. JPK Instruments AG,Berlin (Germany)

Nickel, K.G. Eberhard Karls Univer-sität Tübingen (Germany)Nottrodt, N. Fraunhofer-Institut fürLasertechnik, Aachen (Germany)

OOehmichen, S. Leibniz-Institute fürOberflächenmodifizierung e. V., Leipzig (Germany)

Öztatli, H. Bogaziçi University,Istanbul (Turkey)

PPawar, K. Universität Bayreuth(Germany)

Pecheva, E. University of Birming-ham (UK)

Pelaz, B. Philipps Universität Marburg (Germany)

Pettersson, C. JPK Instruments AG,Berlin (Germany)

Pfaffinger, M. TU Wien (Austria)

Pföss, B. RWTH Aachen (Germany)

Piskin, E. Hacettepe University,Ankara (Turkey)Purtov, J. Leibniz-Institut für NeueMaterialien, Saarbrücken (Germany)


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Conference Location

Park Inn by Radisson Weimar HotelKastanienallee 199428 Weimarhttp://www.parkinn.de/hotel-wei-mar

Location of the hotel in WeimarThe Park Inn by Radisson HotelWeimar is only a few kilometresfrom Weimar city centre. You canreach Weimar City and its numer-ous sights in just 10 minutes by carand 20 minutes by public transport.The number 6 bus stops just 20metres from the hotel. The hotel'sproximity to the A4 motorway isideal for those arriving by car.

Directions to the Park Inn byRadisson Hotel Weimar- Arrival to the hotel by car:A4 motorway: Take the Weimar exit(junction 49); follow the B85towards Rudolstadt. Then followthe Hotelroute Süd (South hotelroute). At the roundabout in Lege-feld, take the first exit. The Park Innby Radisson Hotel Weimar is situa-ted on the left after approx. 200m.

- Arrival to the hotel by public Transport from the railway station:Plenty of taxis are available at therailway station. The journey fromthe station to the hotel costs around 15.- Euro. There is also theoption of taking the number 6 citybus towards Legefeld. Current bustimetables can be requested whenmaking your reservation. Thetransfer takes around 20-25 min-utes.

Distances from the Park Inn byRadisson Hotel WeimarGoethe's Home: 06 kmBauhaus Museum: 10 kmCity Palace and Marstall (stables): 10 kmBuchenwald Monument: 16 kmPark on the River Ilm: 05 kmDeutsches Nationaltheater (German National Theatre):07 kmAnna Amalia Library: 07 kmPark caves: 06 kmJakobskirche: 08 kmHerderkirche: 7.5 kmBelvedere Palace: 06 kmTiefurt Mansion: 10 kmErfurt and Jena: 30 km

Travel by Train

Travel by train for 99 EUR conveni-ently to your events of DeutscheGesellschaft für Materialkunde e.V.Detailed information:http://www.dgm.de/download/con-ferences/DB-DGM_englisch.pdf

Internet Access

Vouchers for Internet Access forconference visitors can be pur-chased at the hotel reception ofthe Park Inn by Radisson WeimarHotel.There is a free internet access forthe hotel guests.

General Information

Organisation

Anja Mangold, Yvonne KoallDeutsche Gesellschaftfur Materialkunde e.V.Hahnstraße 70D-60528 Frankfurt

Tel.: +49 (0)69 75306 747Fax: +49 (0)69 75306 733E-mail: [email protected]: www.dgm.de/biomat

Exhibition Organisation

Alexia PloetzInventum GmbH

Tel.: +49 0151-2122 7448Fax: +49 (0)69 75306 733E-mail: [email protected]

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VVavra, J. Academy of Sciences ofthe Czech Republic, Prague (Czech Republic)

Veronesi, F. Rizzoli Orthopedic nstitute, Bologna (Italy)

Voigt, S. Universitätsklinikum Jena(Germany)

Volz, A.-C. Universität Reutlingen(Germany)

WWalz, M. Universität Stuttgart(Germany)

Warchomicka, F. Technische Universität Graz (Austria)

Wassmann, T. Georg-August-Universität, Göttingen (Germany)

Weisweiler, D. Justus-Liebig-Universität Gießen (Germany)

Wendt, N. Leibniz Universität Hannover (Germany)

Wenz, A. Universität Stuttgart (Germany)

Windberger, U. Medizinische Universität Wien (Austria)

Witte, F. Charité - Universitätsmedizin Berlin (Germany)

Wolfram, T. Hochschule Furtwan-gen, Mühlheim a. d. Donau (Germany)

XXin, L. Universitätsklinikum Jena,Eisenberg (Germany)

YYesildag, C. Technische UniversitätBerlin (Germany)

Yilmaz, E.D. Technische UniversitätHamburg-Harburg (Germany)

ZZawidlak-Wegrzynska, B. Foundati-on for Cardiac Surgery Develop-ment, Zabrze (Poland)

Zeng, N. University of Groningen,Groningen (Netherlands)

Zhang, X. Otto-Schott-Institut fürMaterialforschung, Jena (Germany)

Zhu, M. Olin College of Enginee-ring, Needham (USA)

Zierdt, P. Fraunhofer-Institut fürWerkstoffmechanik IWM, Halle(Germany)


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What can you, should you, and isworthwhile seeing, experiencing ortasting while you are here? Wehave ten suggestions that can bemodified according to your prefer-ences, of course.

1 - Guided Walking TourIn order to obtain an initial over-wiev of the city, we recommend aguided walking tour.

2 - Goethe's Home and GoetheNational Museum.....provide the most important evi-dence of the Weimar classics. One of the most important exam-ples of Classical Weimar, JohannWolfgang von Goethe lived in thisBaroque house for almost fiftyyears. He lived there from 1782 to1789 as a tenant, then from 1792to 1832 as the owner. The poetplanned the form and furnishing

of the rooms as well as its richcollections, e.g. in the Juno Room.The furnishings and fittings fromthe last few years of Goethe’s lifehave largely been preserved. Forreasons of conservation, the num-ber of visitors is limited.

3 - The Bauhaus-Museum. TheBauhaus comes from WeimarThe Bauhaus, opened in April1919 in Weimar, located in Dessaubeginning in 1925 and closeddown by the National Socialists in Berlin in 1933, is Germany’smost influential and successful cultural export item of the 20thcentury. The reputation of thisinterdisciplinary internationalschool of art, architecture, designand stage enjoys worldwide time-liness today, more than 70 yearsafter its closure.

Sightseeing-Tour Weimar

4 - City Palace After several fires before, in 1774,the three-wing annex was againdestroyed by fire, with only theenclosure walls left standing. DukeCarl August convened a palaceconstruction commission under thedirection of Goethe. These arememorial rooms in honour of Christoph Martin Wieland, JohannGottfried Herder, Friedrich Schillerand Johann Wolfgang Goethe. Thecity palace has been used as amuseum since 1923. It is also theadministrative headquarters of theKlassik Stiftung Weimar.

5 - Buchenwald memorialThe infamous Nazi concentrationcamp known as Buchenwald exi-sted between 1937 and 1945 onEttersberg. More than 250,000people from almost 50 nationswere imprisoned there – and over50,000 of them did not survive. InAugust 1945, the site was conver-ted by the Soviet occupying forcesinto an internment camp. Knownas Special Camp No. 2, over28,000 people were held here bythe Soviets between 1945 and1950, including 7,000 who died??

Foto: © weimar GmbH

Foto: Maik Schuck, © weimar GmbH


Foto: © Klassik Stiftung Weimar

© Gedenkstätte Buchenwald

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Conference FeeGeneral Information Postersession/Poster Award

Lunch

Lunch is included in the confer-ence fees and will be served onTuesday and Wednesday in thehotel restaurant.

Coffee Breaks

Coffee and refreshments will beserved during the official breaks.

The Coffee Breaks will be partlysponsored by:

List of Participants

An updated List of Participants isavailble on our homepage:http://www.dgm.de/biomat

Abstracts

All abstracts are on display on the conference website and willremain online after the confer-ence for print or download.

Young Researchers up to 30years:200 Euro for DGM-members220 Euro for DGM-basic members240 Euro for Non-members

Expert Researchers 31 – 40years:300 Euro for DGM-members330 Euro for DGM-basic members360 Euro for Non-members

Professionals University:500 Euro for DGM-members550 Euro for DGM-basic members600 Euro for Non-members

Industry:650 Euro for DGM-members715 Euro for DGM-basic members780 Euro for Non-members

The conference fees include theTechnical Programme, refresh-ments during the official breaks,lunch, Posterevening.

PostersessionTuesday, 21. April 2015Room Goethe or Schiller17:10 Oral Poster Presentations19:30 Poster Discussion in the

Foyer

During the Oral Poster Presenta-tions the poster authors are requested to introduce theirposter orally within 3 minutes.

The Poster Discussion will giveposter authors the opportunity tobe available in front of theirposters to discuss their subjectsand respond to questions. Snacksand beverages will be offered.

Poster AwardA prize for the best poster will beawarded by a jury. The winner willbe announced and awarded on Wednesday, 22. April 2015 priorto the closing address.

Poster Prize Sponsor:

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The research of the Otto SchottInstitute of Materials Research(OSIM) at the Friedrich Schiller Uni-versity Jena focuses on relations-hips between the structure, pro-perties, processing and performan-ce of a wide range of materialclasses.

At the Chair of Materials Scienceat OSIM, investigations focus onmaterials for life sciences, polymernanostructures & thermodynamicsand composite materials with aspecial emphasis on the materialsinterfaces. In the field of biomate-rials, novel protein-based biomate-rials, antimicrobial materials surfa-ces for inhibiting biofilm formati-on, dental materials and drug deli-very systems just to name a few,are created, characterized, andbiologically tested. Applications areranging from the medical field topharmacy and biotechnology.Molecular self-assembly mecha-nisms of protein nanofibers, nano-structured surfaces with antimicro-bial effect and polymer-graphene-based nanocomposites for drugdelivery purposes recently attrac-ted the interest of the scientists atOSIM.

Goals and Objectives

• Addressing the industrial andscientific issues in the area ofknown and new materials withinterfaces to biological systems,with focus on materials in medi-cine.

• Development of a scientificallybased understanding of materialsproperties in interaction with biological systems, especially the area of "biological performance"and biocompatibility.

• Focussing the panel on scientific,technical and economic issues inthe priority areas resorbable/ degradable biomaterials, perma-nent implants, dental materials, interfaces, tissue engineering, modelling and simulations, anti-microbial biomaterials, biomime-tic biomaterials, certification, accreditation, standardization, legal issues.

• Initiating research and develop-ment activities: joint projects between universities, research institutes and industry.

• Exchange of experiences between groups that are active in the field of biomaterials, and networking.

The Otto Schott Institute of Materials ResearchDGM TechnicalCommitteeBiomaterials

Materials characterization at OSIMcomprises the application of state-of-the-art instrumental techniquessuch as in situ atomic force micros-copy and quartz-crystal microba-lance, X-ray photoelectron spec-troscopy and field emission scan-ning electron microscopy withfocused ion beam, ellipsometryand more.The Chair in Materials Scienceinitiated the panel of experts inbiomaterials of the DeutscheGesellschaft für Materialkunde(DGM) and laid the foundation ofthis Euro BioMat symposium.

7. The "Deutsche Nationalthea-ter und Staatskapelle Weimar"The successor of the Weimar CourtTheatre, whose director was onceGoethe. The neoclassical structurewas completed in 1908. Over thedecades, it has been rebuilt anumber of times and also hostedseveral important political events,the best-known of which is thefoundation of the Weimar Repu-blic. Nowadays the German Na-tional Theatre is home to the mostimportant theatrical company inThuringia as well as the Staatska-pelle Weimar orchestra.

8. The Rokoko hallat the Herzogin Anna AmaliaBibliothek (historical library) thatonce again gleams in new splen-dour. There are one million vol-umes at the new and old library.

Sightseeing-Tour Weimar(continued)

The Historical Library (DuchessAnna Amalia Library) is one of themost famous libraries in Germany.Anna Amalia had the ‘Green Pala-ce’ turned into a library comprisinga unique combination of books, anart collection and architecture. TheRococo Hall is especially famous.On the evening of September 2nd2004, a devastating fire broke outin the original building of the Her-zogin Anna Amalia Library anddeveloped into the largest libraryfire in Germany since WW II.The historical building, whichbelongs to the UNESCO WorldHeritage, was damaged by fire andwater, and the third floor and theattic were completely destroyed.

9. Thuringian Bratwurstis the tradition-minded choiceamong the normal selection of fastfood. The Thuringian grilled sausa-ge is a local specialty. According toEU regulations, the sausage is atleast 15-20 cm long, consisting ofmedium-finely ground, heartilyseasoned sausage meat encased ina thin natural casing, either raw orcooked. For the Thuringian, hissausage – just like his “Rostbrätl”(grilled pork cutlet) – is not simplya food, it symbolises a way of lifethat is expressed by the way it isprepared and eaten.

10. Coffee and cakeThe cake from Thuringia is alwaysworth a sin! So try out in one ofthe cosy cafès in Weimar - you canburn the calories during a walk inthe parkgrounds.

6. Park on the River Ilmis a place for intellectual activity,relaxation and entertainment -both in the past and the present.Goethe sought the closeness tonature - and found it. The 48-hectare landscaped park on theedge of Weimar’s old town is partof a kilometre-long stretch ofgreen along the Ilm. It was laidbetween 1778 and 1828 and fea-tures both sentimental, classicaland post-classical/romantic styles.Important characteristics of thepark include the numerous lines ofsight linking features such asGoethe’s garden house, the RomanHouse and the bark house withinthe park; these also connect themwith the surrounding countryside.

Foto: © weimar GmbH Foto: Guido Werner, © weimar GmbH


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P

P

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-Physical Electronics GmbHFraunhoferstr. 485737 Ismaning (Germany)T +49 (0)89/96275 0F +49 (0)89/96275 506www.phi-gmbh.eu

The Physical Electronics GmbH is a stable partner for high-tech companies located in Munich, Germany, more than 18 years. Our core values are market-oriented approach, continuous improvement and excel-lent customer support. The Marketing of innovative ideas and the sale & service of fascinating products is our daily business. Areas of our expertise are in Nanomechanical Testing, Surface Science and nano IR an innovative combination of high spatial resolution IR Spectrometry and AFM microscopy. Providing the highest possible level of After Sales Support for our customers, we have established a very effective service organization able to meet the requirements of Industry, Institutes and Universities.

• Hysitron`s partner for In Situ Materials-Testing• Physical Electronic`s partner for Surface Science Equipment-FIB-ToF-SIMS, XPS (ESCA) and Auger Spectroscopy• Anasys Instrument`s partner for nanoscale analysis• Lab Services-Unique combination of analytical equipment• Customer Support-Analytical & Technical Support+ Service & Maintenance• Marketing & Sales- Consulting & Quotation

m & k gmbhIm Camisch 4907768 Kahla (Germany)T +49 (0)36424/811-0F +49 (0)36424/[email protected]

Having its seat near Jena in the heart of Thuringia, m&k gmbh is on one hand specialized in the sales ofselected dental products and its own dental implant system with all components.On the other hand, it supplies customers in industry and research, from the environmental sector, thedental trade and precious-metals recycling industry with noble metal-containing semi-fi nished andfi nished products. Also included in the scope of services is an inhouse precious-metal melt and alaboratory for the precious-metal analysis.The sales expertise for products which is ranging from dental, industrial semi-fi nished products and preciousmetal trading to precious-metal recycling, is supported by a nationwide, fl exible fi eld service as well as a telephone customer service and consulting.

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Exhibitors of the Euro BioMAT 2015

IMTR GmbHInstitute of Medical Technology and ResearchThomas Müntzer Platz 139343 Rottmersleben (Germany)T +49 (0)39206/90355F +49 (0)39206/[email protected]

IMTR GmbH - Contract Research Organisationoffers the most convenient & shortest way to get results for product development. The complete opera-tional sequences are well represented and documented in Standard Operating Procedures (SOPs) which are subject to strict validation tests. All operations follow the guidelines established by GLP. You got the ideas – we provide you with the option of imaging, laboratory and staff. • Acute and chronic invivo – studies under GLP conditions (pig, sheep, rabbit)• In compliance with international standards (OECD, GLP, FDA, EMEA, GenTG)• Preclinical testing of medical devices - Applying to ethics committees and animal protection authorities for approval - Performance of interventions using modern digital angiography, recording of data and histology according to sponsor‘s requirements - Histology• Studies on different medical specialities - Cardiology / Radiology/ Angiology - Surgery - Orthopaedics etc. - hands on trainings

JPK Instruments AGColditzstr. 34-3612099 Berlin (Germany)T +49 (0)30 727643 500F +49 (0)30 726243 999offi [email protected]

JPK Instruments AG is a world leading manufacturer of nanoanalytic instruments that enable unparalle-led access at the nanotechnology level.JPK was recognized as Germany‘s fastest growing nanotechnology company in 2007 and 2008 (Deloit-te).The product portfolio is based around atomic force microscopes and optical tweezers for a wide rangeof applications, from soft matter physics to nano-optics, from surface chemistry to cellular and molecular biology. Leading-edge instruments from JPK are used by the most renowned research institutes across theworld. Headquartered in Berlin and with operations in Dresden (Germany), Cambridge (UK), Singapore, Tokyo (Japan) and Paris (France), JPK maintains a global network of distributors and support centers and provides on the spot applications and service support to an ever-growing community of researchers.

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IWorld Precision Instruments Germany GmbHZossener Str. 5510961 Berlin (Germany)[email protected] +49 (0)30/6188845F +49 (0)30/6188670

Cell Scale mechanical test systems distributed by World Precision Instruments are specifi cally designed for characterizing the material properties of biomaterials. With integrated features such as image cap-ture and analysis, media chambers, and a range of gripping mechanisms, their biaxial and micro-scale compression test systems are capable of generating high quality test data from day one.

SpringerTiergartenstr. 1769121 Heidelberg (Germany)www.springer.comT +49 (0)6221/487-0F +49 (0)6221/487-8366

Springer Science+Business Media (www.springer.com) is a leading global scientifi c, technical and medi-cal publisher, providing researchers in academia, scientifi c institutions and corporate R&D departments with quality content via innovative information products and services. Springer is also a trusted local-lan-guage publisher in Europe – especially in Germany and the Netherlands – primarily for physicians and professionals working in healthcare and road safety education.

Springer published roughly 2,200 English-language journals and more than 8,400 new books in 2013, and the group is home to the world’s largest STM eBook collection, as well as the most comprehensive portfolio of open access journals. In 2013, Springer Science+Business Media generated sales of approxi-mately EUR 943 million. The group employs more than 8,000 individuals across the globe.

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Exhibitors

Moje Keramik-Implantate GmbH&Co.KGEschenweg 1207616 PetersbergT +49(0)36691/50668F +49(0)36691/[email protected]

The company Moje Ceramic Implants was founded as handicraft business in 1994. 2007, the fi rm was changed to a different legal form GmbH & Co.KG. Currently, a total of 13 emplo-yees are working for the company. The original idea was the development and production of implants for toe and fi nger joints from material Zirconia. Our portfolio currently includes the fi eld of medical devices and industrial supplies.In the medical fi eld, we currently have the following product areas in the range:Dental Implants + Accessories, joint replacements for toes, fi ngers, upper extremities (hand, ulna, radius) and cervical disc replacement.As a manufacturer of medical products, we are certifi ed by DIN EN ISO 13485 and in accordance with Directive 93/42 / EEC, Annex II, without Section 4.Due to the ever-growing network of research partners such as Institutes, universities, research institu-tions and companies we have a good basis for a continuous development of our ceramic products and manufacturing processes.Our production facility is designed to order and we can respond to customer requests, i.e. Prototype production to mass production.2015, we expand our building to increase our production capacity by a multiple.In our production modern CNC machines are used for the processing of our ceramic blanks, these will be replaced at regular intervals on the given standard of technology.We improve the products by using the latest technology in-house and external expert’s e.g. by mo-difying the surface respectively use our patents for various surface coatings for the optimal osseointegra-tion in the bone.One of our great strength respectively advantage for our customers is the fast response time for the implementation of the idea (drawing) to view (prototype).Therefore, do not hesitate to contact us with ideas to a product. Through our experience we can assist in the implementation and provide useful guidelines.

Map of Weimar

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Location venue

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Deutsche Gesellschaftfür Materialkunde e.V.

Hahnstraße 70D-60528 Frankfurt

Tel.: +49 (0)69 75306 747Fax: +49 (0)69 75306 733www.dgm.de

[email protected] www.dgm.de/biomat

program euro biomat 2015 fileprogram overview scope program committee plenary lectures tuesday...

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