Former Guest Students
Ehemalige Gaststudenten am Lehrstuhl Biomaterialien (Erlangen)
2025
2024
2023
2022
2021
2020
2019
2018
| Name | Zeitraum | Thema | Institut |
| Marta Braida
|
2017-2018 | Polyurethane based composite scaffolds containing bioactive glass for bone regeneration | Polytechnikum Mailand, Italien |
| Eliana Panno
|
2017-2018 | Fabrication of 3D chitosan-bioactive glass composite scaffolds by electrophoretic deposition | Polytechnikum Mailand, Italien |
| Serena Miglietta
|
2017 | Novel polymer coatings for bioactive glass scaffolds | Polytechnikum Turin, Italien |
| Özge Çelik
|
2017 | Electrospun fibres for multifunctional tissue scaffolds | Kastamonu Universität, Turkei |
| Zusanna Segrecka
|
2017 | Development of a new family of gelatin coated bioactive glass-based scaffolds | Technische Universität Łódź, Poland |
| Eslam Ashour A. Ibrahim
|
2017 | Organic-inorganic biomedical coatings with antibacterial capability by Electrophoretic Deposition (EPD) | Piemonte Orientale Universität, Novara, Italien |
| Buşra Çinçin
|
2017 | FBioactive glass scaffolds coated with biopolymers for bone tissue engineering | Yildiz Technical Universität, Istanbul, Turkei |
| Nasiye Yıldırım
|
2017 | Fabrication of functionalized bioactive glass scaffolds and study of their bioactivity | Technische Universität des Nahen Ostens, Turkei |
| Inês Barroso
|
2017 | Preparation and characterization of 45S5 bioactive glass/based scaffolds reinforced with genipin cross-linked gelatin loaded with PHBV microspheres with vancomycin release function | A Coruña Universität, Spanien |
| Natalia Romano
|
2016 – 2017 | Electrophoretic deposition of novel PEEK-bioactive glass composite coatings | Nationale Universität Mar del Plata, Argentinien |
| Natalia d’Angelo
|
2016 -2017 | Biopolymer coated bioactive glass scaffolds with improved mechanical properties | Nationale Universität Mar del Plata, Argentinien |
| Maria Elisa Galarraga Vinueza
|
2016 | Inhibition of multi-species oral biofilm by bioactive glass incorporating natural organic compounds | Implant Dentistry-UFSC Florianopolis – Brazil |
| Zusanna Krysiak
|
2016 | Surface modification of bioactive glass scaffolds with mesoporous particles | Technische Universität Warschau, Polen |
| Ipek Kocak
|
2016 | Mesoporous particles to impart drug delivery capability to bioactive glass scaffolds | Technische Universität des Nahen Ostens, Türkei |
| Kenan Dogru
|
2016 | Bioactive polymer-bioactive glass coatings on metallic substrates by electrophoretic deposition | Universität Kocatepe, Türkei |
| Martina Tortorici
|
2016 | Polymer coated 45S5 Bioglass-based scaffolds to impart improved mechanical properties | Polytechnikum Turin, Italien |
| Alessandro Leoni
|
2016 | PCL-bioactive glass nanofibrous scaffolds by a benign electrospinning process | Università Campus Bio-Medico di Roma, Italien |
| Liang Liang
|
2015 – 2016 | Nanostructured and functional coatings by electrophoretic deposition | |
| Gaetano Alcaro
|
2016 | Evaluation of the bioactivity of bioactive glass nanoparticles of novel compositions obtained via solution−gelation (“sol−gel”) process | Polytechnikum Turin, Italien |
| Dalia Bartkeviciute
|
2015 – 2016 | Investigation of Polymer Coated Multifunctional Bioactive Glass Foams for Bone Engineering | Kaunas University of Technology, Litauen |
| Agustina Massone
|
2015 – 2016 | Fabrication and characterization of electrospun protein-based scaffolds for soft tissue engineering | Universität von Mar del Plata, Argentinien |
| Joan Gagliardo
|
2015 – 2016 | Bioactive coatings for biodegradable Mg based alloys | Universität von Mar del Plata, Argentinien |
| Luciano Fissore
|
2015 – 2016 | Enhancing the bioactivity and mechanical properties of titania foams by organic-inorganic coatings | Universität von Mar del Plata, Argentinien |
| Marcela Arango Ospina
|
2015 – 2016 | Development and characterization of degradable scaffolds for soft tissue engineering based on zein | |
| Fernanda Paterno
|
2015 – 2016 | Functionalization of titanium dioxide scaffolds for bone tissue engineering | Universität der Joinville Region. Brasilien |
| Giulia Ferlenda
|
2015 | Electrophoretic deposition of alginate /45S5 bioactive glass composite coatings doped with Zn and Sr | Polytechnicum Turin, Italien |
| Cristina Romolo
|
2015 | Development and characterization of bioactive glass containing coatings by EPD for orthopedic applications | Polytechnicum Turin, Italien |
| Dominika Kozon
|
2015 | Development of ion doped bioactive glass particles with drug releasing capability | Universität von Warschau, Polen |
| Carlos Romero
|
2015 | Development of soft coatings on Ti scaffolds | Universität von Sevilla, Spanien |
| Zuzanna Palczewska
|
2015 | Electrospinning of biopolymere scaffolds | |
| Emre Agdogan
|
2015 | Bioactive glas scaffolds for bone tissue engineering | |
| Natalia Becker
|
2015 | Electrophoretic deposition of bioactive nanoparticles and biopolymers for anti-bacterial coatings of orthopedic implants | Gdańsk University of Technology, Polen |
| Ayeska Moreira Puttini Barbosa
|
2015 | Biopolymer-inorganic nanoparticle biomedical coatings by electrophoretic deposition (EPD) | Centro Federal de Educação Tecnológica de Minas Gerais, Brasilien |
| Amanda Maria Almeida Coco
|
2015 | Titania scaffolds for bone regeneration applications | Centro Federal de Educação Tecnológica de Minas Gerais, Brasilien |
| Alice Lemarquand
|
2015 | Development and characterisation of biopolymer coated bioactive glass based scaffolds | Phelma, Grenoble INP, Frankreich |
| Valeria Ardizzon
|
2014 – 2015 | Highly porous bioceramic scaffolds with high compressive strength for bone tissue engineering | Polytechnic of Milan, Italien |
| Gianluca Pelella
|
2014 – 2015 | Melt electrospinning of PCL based polymers for tissue engineerinng scaffolds | Universität Neapel, Italien |
| José Rui Rodrigues
|
2014 – 2015 | Development of an organic-inorganic composite hydrogel for wound healing and tissue engineering applications | Universität von Minho, Portugal |
| Duarte Moura
|
2014 – 2015 | Development of a bioactive glass-polymer composites for wound healing application | Universität von Minho, Portugal |
| Letícia Galvão Santos Reis
|
2014 – 2015 | Degree of conversion monitoring in dental self-adhesive resin cements | |
| Letícia Santos Carvalho
|
2014 – 2015 | Composite materials for soft tissue engineering | Universidade Federal de Alfenas, Brasilen |
| Luanda Mingori
|
2014 – 2015 | Mechanical degradation of Ormocer- and BisGMA-based dental composites | Universidade Regional Integrada do Alto Uruguai e das Missões – Campus de Erechim, Brasilien |
| Victoria Vieira Kopp
|
2014 – 2015 | Development and characterisation of B-doped bioactive glass scaffolds | Universidade Federal do Pampa – Campus Bagé, Brasilien |
| Laura Susana Álvarez Mera
|
2014 | Optimized electrophoretic deposition of different polymer-ceramic composite coatings on porous titanium scaffolds for osteochondral defect treatment | Universidad de Sevilla, Spain |
| Junidah Lamaming
|
2014 | Cellulose micro/nano fibers containing composites for medical application | |
| Victor Ivan Macias Andrés
|
2014 | Development of bioactive glass scaffolds with incorporated drug delivery capability | |
| Julian Bejarano Narvaez
|
2014 | Development of composite materials of biodegradable polymer/metal-doped bioactive glasses for bone regeneration application | Universität Chile |
| Pedro Vinhal
|
2014 | Additive manufacturing of hydrogels with an inorganic phase | University of Sao Paulo, Brazil |
| Camila Schroeder
|
2013 – 2014 | Organic-inorganic composites for tissue engineering and drug delivery | Federal University of Santa Catarina, Brazil |
| Antonella Piredda
|
2013 – 2014 | Electrophoretic deposition of bioactive glass-PEEK coatings for orthopedic implants | Polytechnic of Turin, Italien |
| Francesca Ciraldo
|
2013 – 2014 | Electrophoretic deposition of bioactive glass-biopolymer coatings | Polytechnic of Turin, Italien |
| Johannes Goldmann
|
2014 | Electrophoretic deposition of titania nanoparticles on porous metallic structures | University of Sydney, Australien |
| Geovanne J.Rodrigues
|
2013 – 2014 | Strengthening bioactive glass-ceramic scaffolds by polymer coatings | IPUC – Instituto Politécnico – PUC Minas, Brasilien |
| Mirella Alves Leite
|
2014 | Biopolymer coated TiO2 scaffolds | UFSC, Brasilien |
| Giulia Rella
|
2013 | Fabrication and characterization of a hybrid fibrous-gel scaffold for cardiac patch application | Universität von Pisa, Italien |
| Laura Ramos Rivera
|
2013 | Electrophoretic deposition of bioactive glass coatings on surface treated metallic substrates | Universidad Nacional de Colombia-Sede Medellin, Kolumbien |
| Ines Ponsot
|
2013 | Biological characterisation of silicate glass-ceramics derived from industrial waste | Dipartimento di Ingegneria Industriale Università degli Studi di Padova Italien |
| Domenico D´Atri
|
2013 | Fabrication and characterization of porous and fibrous PGS scaffold for cardiac patch application | Universität von Pisa, Italien |
| Eduardo José Gil Fernández
|
März – Mai 2013 | Biodegradable polymer-bioactive ceramic coatings on porous Ti substrates by electrophoretic deposition | Universität von Seville, Spanien |
| Gonzalo Javier Pérez Jurado
|
März – Mai 2013 | Electrophoretic polymer-ceramic coatings on porous titanium scaffolds | Universität von Seville, Spanien |
| Maria Pastrama
|
Jan – März 2013 | Characterisation of bioacive glass scaffolds developed by additive manufacturing technology | TU Wien, Österreich |
| Merve Demir
|
Jan – Feb 2013 | Polymer-bioceramic scaffolds for tissue engineering | Master Studentin: MAP, Universität Erlangen-Nürnberg |
| Bettina Maul
|
2012 | Development of Sr containing bioactive glass scaffolds and their composites for bone tissue engineering | Georg-Simon-Ohm Hochschule Nürnberg |
| Hideki Mizuno
|
2012 | Bioactive polymer-silicate coatings by electrophoretic deposition (EPD) | Nagoya Institute of Technology, Japan |
| Salvatore Mazza
|
2012 | Advanced bioactive glass scaffolds with drug delivery function | University of Calabria, Italien |
| Juan P. Cattalini
|
2012 | Design and development of novel matrices for tissue engineering and/or controlled drug delivery for pathologies of high social and economic impact Project: Bilateral Cooperation Project MINCYT-BMBF |
Faculty of Pharmacy and Biochemistry, University of Buenos Aires, Argentinien |
| Gao, Haoxiang
|
2012 | TiO2-chitosan coatings by electrophoretic deposition | Department of Materials, Imperial College London, England |
| Dilem Yiğ
|
2012 | Mesoporous Bioactive Glasses for Drug Delivery Systems | Technical University, Ankara, Türkei |
| Melissa Jessen Sirage
|
2012 | Biopolymer fibrous substrates for cardiac patch applications | University of Lisbon, Portugal |
| Marina da Silva Costa
|
2012 | Composites for cardiac tissue engineering | University of Lisbon, Portugal |
| Hamada Said Abdelwahab Elsayed
|
2012 | Polymer coated bioactive ceramics for bone regeneration | National Research Center, Cairo, Ägypten |
| Johnnatan Stiven Posada Carvajal
|
2012 | Chitosan coated Bioglass® composite scaffolds for bone tissue engineering | Universität von Antioquia, Kolumbien |
| Luca Bertolla
|
2012 | Mechanical properties of bioactive glass scaffolds (GLACERCO EU project) | Institute of Physics of Materials, Brno, Tschechien |
| Chikako Kawamura
|
2011 | EPD of biopolymer/bioceramic composites | Nagoya Institute of Technology, Japan |
| Leticia Carbajal
|
2011 | Design of novel α- and/or β-TCP bioceramics | Instituto de Cerámica y Vidrio (CSIC), Spanien |
| Liliana Liverani
|
2011 | Electrospun composites and foams for orthopedic applications | University Campus Bio-Medico of Rome, Italien |
| Francesca Iannantuoni
|
2011 | Functionalisation of bioactive glasses of different chemical composition | Polytechnic of Turin, Italien |
| Matteo Dignatici
|
2011 | Development of glass coatings for structural and functional applications by electrophoretic deposition | University of Modena aud Reggio-Emilia, Italien |
| Cansu Noberi
|
2011 | Electrophoretic deposition of functionalised oxide ceramic nanostructured coatings | Yildiz Technical University, Türkei |
| María Lourdes Ramiro Gutiérrez
|
2011 | Development of bone tissue scaffolds from sol-gel derived silicate nanoporous powders | Materials Science Institute of Sevilla (ICMS-CSIC), Spanien |
| George Zhu
|
2011 | New glass-ceramics from silicate waste | Department of Materials, Imperial College London, England |
| Han, Yang
|
2011 | Electrospinning for biomedical applications | Department of Materials, Imperial College London, England |
| Bugra Cicek
|
2011 | Novel materials from boron containing minerals | University of Bologna, Italien |
| Menti Goudouri | 2011 | Development of highly porous scaffolds based on bioactive silicates for dental tissue engineering | Aristotle University of Thessaloniki, Griechenland |
| Roberta Onori
|
2010 | Geopolymers from silicate waste | University of Rome, “La Sapienza”, Rome, Italien |
| Jose Garcia
|
2010 | PHA-bioactive glass composites | Instituto de Ciencia y Tecnología de Polímeros, Madrid, Spanien |
| Leticia Carbajal
|
2010 | Cell biology investigation on doped calcium phosphate ceramics | Institute of Ceramics and Glasses, ICV, Madrid, Spanien |
| Yu Nagao | 2010 | Bioglass®-polymer coatings using Electrophoretic Deposition (EPD) | Nagoya Institute of Technology, Japan |
| X. Bu | 2010 | Development of bioactive glass based tissue scaffolds | Imperial College London, England |
Ehemalige Gaststudenten (2001-2009) am Imperial College (London)
| Name | Zeitraum |
Thema |
weitere Informationen |
Isaac Ventura![]() |
2009 | Electrophoretic deposition of two phase polymer-ceramic composite coatings on stainless steel | King Abdullah University of Science and Technology (KAUST), Saudi Arabien |
| Sara Ottoboni | 2009 | Electrophoretic deposition of chitosan | Polytechnic of Milan, Italien |
| Filippo Rossi | 2009 | Characterisation of hydrogels | Polytechnic of Milan, Italien |
| Etienne Lemarchand | 2009 | Biocomposites for tissue engineering | INSA Lyon, Frankreich |
| Camille Pailleret | 2009 | Transparent glass matrix composites | INSA Lyon, Frankreich |
| Matteo Fusi | 2008 | Bioactivity of Materials | Polytechnic of Milan, Italien |
| Guido Ori | 2008 | Development of glass/carbon nanotube composites | University of Modena and Reggio Emilia, Italien |
| Charlotte Schausten | 2007-2008 | Carbon nanotube coatings on Bioactive glass by electrophoretic deposition | Institute for Glass and Ceramics, RWTH Aachen University, Deutschland |
| Ewelina Zawadzack | 2007 | Electrophoretic carbon nanotube coatings on polyurethane scaffolds | Warsaw University of Technology |
| Claire Samaille | 2007 | Fabrication of Bioglass® scaffolds by foam replica method | INSA Lyon, Frankreich |
| Dirk Mohn | 2007 | Nanoscale bioactive glass-biopolymer composites | ETH, Zurich, Schweiz |
| Marina Rossetti | 2007 | Electrophoretic deposition of titania nanoparticles | Polytechnic of Torino, Italien |
| Nico Naumann | 2007 | Electrophoretic deposition of PEEK/alumina composites | University of Kaiserslautern, Deutschland |
| Florencia Chicatun | 2006 | Electrophoretic Deposition of carbon nanotubes | University of Comahue, Argentinien |
Carsten Peters![]() |
2006 | Electrophoretic deposition of PEEK and PEEK/Bioactive glass coatings | University of Kaiserslautern, Deutschland |
| Thiana Berthier | 2006 | Transparente glass-ceramics for structural applications | University of San Carlos, Brasilien |
| Silke Schaab | 2006 | Electrophoretic deposition of carbon nanotubes | Darmastadt University of Technology, Deutschland |
| Monika Bill | 2006 | Electrophoretic Bioglass® coatings on polyurethane scaffolds | Warsaw University of Technology |
| Agnieszka Piegat | 2006 | Elastomeric polymer-TiO2 nanocomposites | |
| Helen McGrath | 2006 | Coatings for biomedical metals | Galway University, Irland |
| Virginie Francon | 2006 | Functionalisation of Bioglass scaffolds | INSA Lyon, Frankreich |
| Daniel Krause | 2005 | Bioglass® Coatings using Electrophoretic Deposition (EPD) | University of Kaiserslautern, Deutschland |
| H. Maeda | 2004-2005 | Vaterite-biopolymer composites for tissue engineering | Nagoya Institute of Technology, Japan |
| Sheila Pace | 2004 | Glass-pyrochlore phase composites for nuclear waste encapsulation | University of Modena and Reggio Emilia, Italien |
| Erick Stoll | 2004 | Electrophoretic deposition of oxide-oxide composites | Technical University of Ilmenau, Deutschland |
| Enrico Bernardo | 2004 | Glass Matrix Composites from Waste Materials | University of Padova, Italien |
| Lutz-Christian Gerhardt | 2004 | PDLLA-TiO2 nanocomposites | Technical University of Munich, Deutschland |
| Dino Boccaccini | 2004 | Mechanical and microstructural characterisation of refractory materials | University of Modena and Reggio Emilia, Italien |
| Sophie Rebeling | 2004 | Nanostructured polymer-TiO2 composites | University College London, UK |
| Peter Møller Sørensen | 2003-2004 | Effect of iron content and redox state on the crystallisation behaviour of high iron containing aluminosilicate glasses | Aalborg University, Dänemark |
| Martin Pind | 2003-2004 | Effect of iron content and redox state on the crystallisation behaviour of high iron containing aluminosilicate glasses | Aalborg University, Dänemark |
| Francesca Tavoni | 2003 | Glass matrix composites reinforced by piezoelectric phases | University of Modena and Reggio Emilia, Italien |
| Daniel Acevedo | 2003 | Carbon nanotube-glass composites and transparent glass matrix composites | INSA Lyon, Frankreich |
| Julia Olsen
|
2003-2007 | Bioactive glass/polymer composites for bone tissue engineering | Julia Olsen-Claire now works as the Technology Liaison at CellASIC Corp., an engineering-biotech startup in the San Francisco Bay Area. She works with academics and pharmaceutical scientists employing microfluidics technology for biomedical research and drug discovery |
| J. Martin Marijuan | 2002 | TiO2 nanostructured coatings by Electrophoretic deposition | Spanien |
| Valerie Debois | 2001 | Glass matrix composites containing piezoelectric phases | Grenoble |





















































































































































































