革命性的生物医用金属材料(RMB) ...分享 http://blog.sciencenet.cn/u/郑玉峰 从事新型生物医用金属材料(镁基、铁基、钛基、BMG、纳米晶)研究

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第六届可降解金属国际会议专刊在ECM发表

已有 5008 次阅读 2014-12-24 08:32 |系统分类:博客资讯

http://www.ecmjournal.org/journal/supplements/vol028supp03/vol028supp03.htm


Volume No 28 - Supplement 3 - August               2014

6th  Symposium on Biodegradable Metals
           Maratea, Italy, August 24-29 2014

Abstracts

Page  1: N Hort, B Wiese,M Wolff, T Ebel, P Maier
Stiffness  of metals, alloys and components

Page  2: AJ Griebel, JE Schaffer
             Cold-drawn  ZM21 and WE43 wires exhibit exceptional strength and ductility

Page  3: G Szakács, CL Mendis, B Wiese, D Tolnai, A Stark, N Schell, KU Kainer, N  Hort
In situ synchrotron  radiation diffraction during solidification of Mg15Gd

Page  4: E Mostaed, M Hashempour, M Bestetti, A Tuissi, M Vedani
             Investigation  on Zinc based alloys for biodegradable stent applications

Page  5: HT Yang, ZH Wang, HF Li, YF Zheng, YW Li, R Li
In vitro study on novel  Zn-ZnO composites with tunable degradation rate

Page  6: W Wu, L Petrini, L Altomare, S Faré, R Tremamunno, AG Demir, B Previtali, M  Vedani, F Migliavacca
             Experiments  and numerical simulations to evaluate peeling properties of polymeric coatings  for degradable Mg stents

Page  7: D Hong, D Chou, I Issaev, OI Velikokhatnyi, PN Kumta
             Binder-jetting  3D printing (3DP) of customized patient specific craniofacial scaffolds of  Fe-Mn based alloys

Page  8: T Li, HL Zhang, Y He, XT Wang
             Effect  of Sc addition on microstructure, mechanical properties and in vitro corrosion behaviour of  biodegradable Mg-1.5Zn-0.6Zr (ZK21) alloy

Page  9: JG Zhou, P Gong, G Qu
             Innovative  biodegradable Zinc-based alloys for load-bearing biomedical implant  applications

Page  10: O Hakimi, E Aghion
             The  prospects of EW62 Mg alloy as a structural material for biodegradable implants

Page  11: Z Xu, C Smith, S Yarmolenko, J Waterman, Y Chen, J Sankar
             Comparative  studies of mechanical, corrosion and cytotoxity of MgZnCa and MgZnCa-REs alloys

Page  12: M Wolff, JG Schaper, M Dahms, T Ebel, KU Kainer, T Klassen
             Benefits  and limitations of biodegradable Mg implants and parts, produced by MIM (Metal  Injection Moulding)

Page  13: AG Demir, B Previtali
             Submerged  laser microcutting of Mg alloys with ns pulsed green laser for biodegradable  stents

Page  14: Z Liu, F Feyerabend, R Willumeit
             Mechanical  properties of extruded antimicrobial Mg-Ag alloys

Page  15: M Inoue, H Ueda, K Hanada
             Precise  extrusion processing of Magnesium alloy small tube for biodegradable stent  application

Page  16: J Wu, P Saha, B Lee, J Waterman, TW Gilbert, PN Kumta
             Evaluation  of magnesium alloys for tracheal stent application

Page  17: L Mao, M Elitas, J Zhang, J Niu, Y Shi, R Fan, G Yuan
             Biodegradable  Mg alloy with modified nanoscale surface for stent applications

Page  18: IS Berglund, B Mobley, MA Wener, HB Henderson, MV Manuel
             The  effect of hot rolling on the microstructure and degradation behaviour of a  Mg-Ca-Sr alloy

Page  19: D-T Chou, D Hong, P Saha, B Lee, Y Chen, Z Xu, PN Kumta
             Synthesis  and characterization of biodegradable magnesium-yttrium based alloys for musculoskeletal  load-bearing medical implants

Page  20: E Mostaed, M Hashempour, A Fabrizi, D Dellasega, M Bestetti, F Bonollo, M  Vedani
             Mechanical  and corrosion properties of UFG Mg alloys

Page  21: N Li, SM Zheng, JR Peng, YF Zheng, LQ Ruan
In vitro degradation of  pure magnesium and WE43 alloy in human bile

Page  22: NA Agha, F Feyerabend, B Mihailova, S Heidrich, R Willumeit
             Magnesium  corrosion under physiological conditions

Page  23: BY Peng, YJ Chen, ZG Xu, S Yarmolenko
             Influence  of deformation on the corrosion and cytocompatibility of biodegradable Mg  alloys

Page  24: M Costantino, B Luthringer, R Willumeit
             Inflammatory  response to magnesium based biodegradable implant materials

Page  25: SC Cifuentes, L Saldaña, V Lorenzo, M Lieblich, R Benavente, JL  González-Carrasco
             Suitability  of novel PLA/Magnesium composites for biodegradable implants

Page  26: ZJ Zhai, GW Liu, L Ren, Y Li, HW Li, ZX Ouyang, XQ Liu, K Yang, XH Qu, KR  Dai
             Metallic  magnesium degradation products inhibit human breast cancer bone metastasis via multiple signalling pathways

Page  27: LL Wu, BJC Luthringer, F Feyerabend, AF Schilling, R Willumeit
             Effects  of extracellular magnesium extracts on the proliferation and differentiation of  human osteoblast-osteoclast co-cultures

Page  28: A Burmester, F Feyerabend, R Willumeit
             Behavior  of bone cells due to contact to magnesium implant material

Page  29: R Willumeit-Römer, H-P Wendel, B Mihailova, N Ahmad Agha, F Feyerabend
             How  does blood contact change Magnesium degradation?

Page  30: S Yu, Z Yu, Q Zhang, J Niu, J Han, C Liu
             Preparation  and antibacterial properties of Ag-loaded porous coatings on the  Mg-3Nd-4Y-0.5Zr alloy by two-step electrochemical method

Page  31: YJ Chen, ZG Xu, S Yarmolenko, C Smith, J Waterman, J Sankar
             Excellent  mechanical properties and cytocompatibility of non-rare earth Mg-Zn-based  alloys

Page  32: F Mert, F Muhaffel, H Çimenoğlu
             Characterization  and wear behaviour of MAO on high pressure die cast AM50 magnesium alloy

Page  33: K Hanada, K Matsuzaki
             Development  of long-fine WE43 wire for biodegradable medical applications

Page  34: E Mouzou, C Paternoster, R Tolouei, M Sikora-Jasinska, S Turgeon, D  Mantovani
             A  comparative study of the degradation of pure Fe and Fe-20Mn-1.2C alloy in  modified Hanks’ solution for biodegradable cardiovascular devices

Page  35: A Gil-Santos, G Szakacs, N Hort, O Van der Biest
             Thermodynamic  calculation and experimental studies of phase relations in the Mg-Si-Ca-Sr  system for degradable biomaterials

Page  36: P Maier, R Erdmann, R Tesch, G Szakács, N Hort
             Influence  of corrosion on mechanical properties of Mg5Gd wire

Page  37: WD Muelle, H Hornberger
             Cyclic  voltammetry for prediction of degradation of resorbable metallic biomaterials:  possibilities and limitations

Page  38: NA Shaharom, H Hermawan
             Electrochemical  study of Mg-0.6Ca alloy under a constant strain condition

Page  39: P Quadbeck, C Redlich, H Göhler, B Kieback
             Methodical  screening of corrosion mechanisms of iron alloys for the manipulation of degradation  rates

Page  40: A Eliezer, C Gasqueres, KS Lips, L Heimann, C Sattig, D Zukowski, E  Dingeldein, T Batsch
             Bioactive  coatings as a key for advanced biomedical applications

Page  41: Y Su, C Lu, J Lian, G Li
             Corrosion  protection of biocompatible HA/CaP composite coating on AZ60 alloy

Page  42: I Marco, O van der Biest, F Feyerabend, R Willumeit
             Comparison  of the degradation behaviour of binary Mg-Ag and Mg-Gd alloys in PBS and in  physiological conditions

Page  43: T Hassel, M Bauer, P Hoyer, AJ Patil, E Beniash, F-W Bach, HJ Maier
             Study  of magnesium fluoride and self-assembled organosilane coatings of AZ31 and  MgCa0.8 alloys

Page  44: C Schille, S Kluba, M Krimmel, T Wolfram, L Gabele, J Geis-Gerstorfer
             Influence  of different surface modifications of the magnesium alloy WE43 on the  electrochemical behaviour

Page  45: M Bartosch, H Peters, DO h-Ici, A Körner, P Zaslansky, B Schmitt, F Witte,  F Berger
             Different  approaches for in vivo testing of  absorbable metals in blood vessels

Page  46: AG Demir, TB Taketa, R Tolouei, V Furlan, C Paternoster, MM Beppu, D  Mantovani, B Previtali

Page  47: R Kotoka, G Ramakrishna, S Yarmolenko, D Pai, J Sankar
             Combinatorial  corrosion studies of Mg-Zn alloy coatings

Page  48: M Zhou, N Li, YF Zheng, LQ Ruan
In vitro study on the  modified ZK60 alloy with the addition of 0.2wt.% Ca

Page  49: F Cecchinato,NNA Agha, A Martinez, B Luthringer, R Jimbo, A Wennerberg, F  Feyerabend, R Willumeit
             Influence  of binary magnesium alloys corrosion on morphology and adhesion of human  undifferentiated cells

Page  50: YH Wu, N Li, Y Liu, YF Zheng, P He, M Li, Y Zhang
In vitro study on  biodegradable Mg-1Ca-2Sr-XZn (X=2, 4, 6) alloys

Page  51: H Schluter, M Omidi, A Burmester, R Willumeit
             Application  of proteomics for investigating the impact of magnesium implants on bone tissue

Page  52: J Hofstetter, E Martinelli, A Weinberg, M Becker, B Mingler, PJ Uggowitzer,  JF Löffler
In vitro and in vivo degradation of ultrahigh-pure  magnesium

Page  53: J Reifenrath, L Wolters, C Roessig, JM Seitz, P Helmecke, A  Meyer-Lindenberg, N Angrisani
             Are  biodegradable Mg-based implant materials suitable for the use in osteosynthesis  systems?

Page  54: GJ Dias, J Walker
             Rational  approach for evaluating Mg alloys for their biocompatibility

Page  55: C Liu, P He, P Wan, LL Tan, Y Zhang, K Yang
             Study  on in vitro biocompatibility and  macrophage phagocytosis of Mg17Al12 in
             Mg-Al-Zn  alloys

Page  56: ZJ Zhai, GW Liu, LL Tan, Y Li, HW Li, ZX Ouyang, XQ Liu, K Yang, XH Qu, KR  Dai
             Effect  of Mg-2Sr alloys on Fracture Healing in Osteoporotic Rats, via SMAD1/5/8 Signaling

Page  57: J Niu, D Laipple, F Feyerabend, G Yuan, F Witte
In vitro study on the  corrosion protective effect of cells adhesion on biodegradable Mg-Nd-Zn-Zr  alloy

Page  58: BJC Luthringer, R Willumeit
             Effect  of magnesium extract on osteoblastic progenitor cells differentiation

Page  59: N Zhao, D Zhu
             Endothelial  growth on fluoride and collagen coated magnesium alloys

Page  60: JAM Maier, S Castiglioni, C Cappadone, G Farruggia, S Iotti
             Magnesium  alloys in implantology: the effects of high concentrations of magnesium on  human osteoblasts

Page  61: N Zhao, J Ma, D Zhu
In vitro biocompatibility  of novel magnesium-rare earth based stent materials

Page  62: Z Zhen, L Yang, TF Xi, YF Zheng
             Proteomics  study of mouse fibroblasts exposed to biodegradable pure magnesium

Page  63: M Xiong, X Guan, F Zeng, B Xu, J Niu, J Zhang, C Chen, J Pei, G Yuan
In vivo characterization  of brushite coated Mg–Nd–Zn–Zr alloy for mandible bone repairing applications

Page  64: S Galli, G Szakács, F Lukáč, M Vlček, R Jimbo, Y Naito, A Wennerberg, J  Herzen, J Hammel, R Willumeit
             Osseointegration  of resorbable magnesium screws – A SRμCT Study

Page  65: F Alvarez, RM Lozano Puerto, BT Pérez-Maceda, CA Grillo, MA Fernández  Lorenzo
             Effect  of Mg particles on MC3T3-E1 and J774 cellular cycle. Influence of fluoride  treatment

Page  66: TF Xi, T Huang, BZ Gao, SY Kuang, ZH Wang, LN Wei
             The  electrophysiological effects of magnesium-based biomaterials on nerve cells

Page  67: CA Grillo, F Alvarez, M Fernández Lorenzo de Mele
             Cytotoxicity  evaluation of ions released by a Mg-based alloy (ZEK100) in vitro: Comparison of the results obtained with different assays

Page  68: J Ma, N Zhao, D Zhu
             Novel  magnesium-based stent biomaterials with anti-corrosion and drug-eluting  coatings

Page  69: AH Martínez-Sánchez, F Feyerabend, B Luthringer, R Willumeit
             Effect  of magnesium extracts on the chondrogenic differentiation of HUCPV cells

Page  70: SC Cifuentes, R Gavilán, A San Román, M Lieblich, R Benavente, JL  González-Carrasco
             Effect  of magnesium particle shape on in-vitro degradation kinetics of novel  PLA/Magnesium composites

Page  71: A Witecka, A Yamamoto, W Swieszkowski
             Influence  of SaOS-2 cells on corrosion behaviour of cast ZM21 magnesium alloy

Page  72: M Omidi, A Gasser, E Hesse, A Weinberg, R Willumeit, H Schlüter
             Proteomic  approaches for studying bone tissue sections

Page  73: NS Fagali, CA Grillo, S Puntarulo, MA Fernández Lorenzo
             Evaluation  of cell damage produced by Fe ions released as degradation products of  biomaterials. Influence of pH changes

Page  74: D Zhao, S Huang, L Qin, Y Li, B Wang
             The  application of biodegradable magnesium screw in hip surgery

Page  75: J Eichler, F Amerstorfer, T Kraus, S Fischerauer, E Martinelli, PJ Uggowitzer,  J Löffler, A Weinberg
             Long-term in vivo degradation behaviour of Mg  alloys WZ21 and ZX50 – A micro CT study

Page  76: S Zhang, J Liu, J Yan, Y Chen, C Zhao, Y Zhang, M Jiang, H Xu, J Ni, X  Zhang
In vivo degradation and  biocompatibility of linear cutter staples made of high purity magnesium

Page  77: SY Cho, KJ Han, HK Seok
             Preclinical  and clinical study of Mg-Ca-Zn alloy

Page  78: A Chaya, S Yoshizawa, N Myers, K Verdelis, DT Chou, PN Kumta, C Sfeir
             Degradable  magnesium plates and screws for bone fracture fixation

Page  79: AJ Brown, SH Zaky, HL Ray, C Sfeir
             Magnesium/PLGA  composite scaffolds for improved bone regeneration

Page  80: JE Schaffer, AJ Griebel
             Embolic  risk mitigation in absorbable implants by composite design

Page  81: MF Ulum, NS Murni, D Noviana, H Hermawan
             Peri-implant  assessment of Fe-HA composite for temporary bone implants

Page  82: E Marukawa, M Tamai, Y Takahashi, I Hatakeyama, M Sato, Y Higuchi, H  Harada, K Omura
             Comparison  of magnesium alloy and poly-L-lactide screws as degradable implant in canine  fracture model

Page  83: H-S Han, JHL Han, Y-C Kim, H-K Seok, JW Lee, S-J Yang
             The  evaluation of histological methods for biodegradable magnesium

Page  84: Y Li, LN Liu, P Wan, ZJ Zhai, ZA Zhu, DG Yu, K Yang, XH Qu, KR Dai
             Biodegradable  Mg-Cu alloy implants with antibacterial and osteostimulatory activity for the  treatment of osteomyelitis: in vitro and in vivo evaluation

Page  85: ZJ Zhai, XH Qu, HW Li, K Yang, P Wan, L Tan, ZX Ouyang, XQ Liu, KR Dai
             The  effect of metallic magnesium degradation products on osteoclast-induced  osteolysis and attenuation of NF-κB and NFATc1 signaling

Page  86: E Martinelli, J Eichler, T Kraus, S Fischerauer, PJ Uggowitzer, JF Löffler,  A Weinberg
             Ultra-pure  magnesium alloys for use as biodegradable paediatric osteosynthetic material

Page  87: H Nygren, G Kjeller, P Malmberg, S Gustafsson
             Increase  of compact bone mass is the endpoint effect of MgO implants

Page  88: J Wang, F Witte, T Xi, Y Zheng, K Yang, Y Yang, D Zhao, J Meng, Y Li, W Li,  L Qin
             Recommendation  for modification of current cytotoxicity testing standards for biodegradable  magnesium materials

 



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