`
`CURRICULUM VITAE
`
`PROF. GAMAL BAROUD, PHD
`____________________________________________________________________
`
`21 DECEMBER 2014
`
`Confidential (CV)
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`________________________________________________________________
`Prof. Dr. Gamal Baroud
`
`Canada Research Chair in Biomedical Engineering, 2005 – 2015
`Born on January 10, 1971
`Canadian citizen
`
`
`
`PRIVATE ADDRESS – 620 Belmont str., Sherbrooke, Qc, Canada J1H5P3
`
`PROFESSIONAL ADDRESS – Biomechanics Research Laboratory, Mechanical Engineering
`Department, Universite de Sherbrooke, 2500 boul. Universite, Sherbrooke, QC, Canada J1K 2R1.
`Phone: +1 819 821-‐8000 ext. 61344; Fax + 1 819 821-‐7163; e-‐mail: GamalBaroud@gmail.com
`_______________________________________________________________________
`
`APPOINTMENTS / POSITIONS
`
`
`
`Mechanical Eng., U Sherbrooke
`Professor
`Rank. Full since 2008
`
`2003-‐now
`
`Biomechanics Laboratory, U Sherbrooke
`
`Head
`2000-‐2003
`
`Researcher/Asst adj. Prof. McGill U, Orthopaedic Surgery
`
`1998-‐2000
`Post-‐doctoral fellow
`
`U Calgary, Human Performance Laboratory
`______________________________________________________________________________
`
` 2003-‐now
`
`EDUCATION
`
`PhD
`
`MSc
`
`BEng
`
`
`
`
`
`
`
`Mechanical Engineering, Biomechanics
`
`University of Technology Chemnitz, DE
`Mechanical Engineering, Applied Mechanics
`University of Technology Chemnitz, DE
`
`Biomedical Engineering,
`1990-‐1993
`University of Applied Sciences of Aachen, DE
`______________________________________________________________________________
`
`1995-‐1997
`
`1994-‐1995
`
`RECOGNITIONS, AWARDS, ACHIEVEMENTS
`
`• Canada Research Chair Award in Skeletal Reconstruction and Biomedical Engineering (Tier II).
`Mandate 1. March 2005 – Feb 2010
`
`- The Canada Research Chairs program stands at the centre of the Canada national
`strategy to become one of the world's top countries in research and development.
`- The Canada Research Chairs program is to retain some of the world's most accomplish
`ed and promising minds in Canada
`
`
`
`Confidential (CV)
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`• Canada Research Chair Award in Skeletal Reconstruction and Biomedical Engineering (Tier II)
`Mandate 2. March 2010 – Feb 2015
`• Recipient of most prestigious provincial and federal grants (NSERC, CIHR, FQRNT, MDEIE)
`• Recipient of the NSERC Discovery Accelerator Supplement (2009). This Research Acceleration
`Supplement, valued at $120,000, is awarded to the top 3% of all NSERC Discovery applicants.
`• One of the 5 highest funded professors of the Engineering Faculty, University of Sherbrooke
`• Secured, alone, over $5MM in peer-‐reviewed funding
`• Secured, together with team, additional $6MM in peer-‐reviewed funding
`• An article selected by the Editor among the top 12 articles published in Biomaterials in 2011
`•
`Invited “key-‐opinion” paper in Biomaterials by the Editor, 2010
`• An article listed as no 16 on the list of the 25 hottest articles in Biomaterials, in 2006
`• Finalist for the New Investigator Recognition Award at the 5th Combined Meeting of the
`Orthopaedic Research Societies of Canada, U.S.A, Japan and Europe (2004)
`• Recipient of Swiss Raetia Post-‐Doctoral Fellowship (2001), AO Research Institute, Davos,
`Switzerland ($60,000/year). The nominee declined this fellowship for a position at McGill
`University
`• The da Vinci Fellowship Post-‐Doctoral Fellowship ($35,000/year, 1999 – 2000), Human
`Performance Laboratory, University of Calgary, Canada
`• Recipient of a prestigious scholarship in Germany – The Federation President Konrad
`Adenauer Scholarship for Gifted People. Received during doctoral studies
`Inception of Biomechanics Laboratory at U Sherbrooke in 2003 to:
`• conduct multidisciplinary research at the interface of engineering and medicine in the
`novel bone repair and augmentation field
`• develop clinically efficacious solutions in the form of techniques, biomaterials, tools and/or
`devices
`• 244 scientific communications. Articles (58), Book chapters (12), Conference abstracts (112),
`Invited lectures (36), Patent projects (26)
`• Reviewer for >12 international journals
`• Training of 58 Highly qualified personnel (HQP)
`• Completing University studies (Bsc, MSc, PhD) in Germany in a record time of 7 years. 1990-‐97
`• Secretary of GRIBOI society (2008-‐2012). GRIBOI is a multidisciplinary group of professionals
`interested in injectable biomaterials for bone augmentation and repair.
`• VP Annual Meetings of GRIBOI, 2012 — ongoing
`• Excellent teaching record. Since 2003, undergraduate and graduate courses in Applied
`Mechanics, Experimental methods, and Biomechanics. Average students’ evaluation is 3.78
`out of 4.
`
`•
`
`
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`LANGUAGES
`• Arabic Mother tongue
`• English
`Very good
`• German Very good
`• French
`Good
`______________________________________________________________________________
`
`CONFERENCE ORGANIZATION
`
`• GRIBOI 2013, President and organizer (240 participants, 3 days), key interdisciplinary research
`conference focused on the injectable biomaterials and bone augmentation procedures.
`Boston, USA. 8-‐10 APRIL 2013
`
`• GRIBOI 2011, President and organizer (210 participants, 3 days), key interdisciplinary research
`conference focused on the injectable biomaterials and bone augmentation procedures.
`Boston, USA. 5-‐7 APRIL 2011
`
`• GRIBOI 2008, President and organizer (170 participants, 2 days), key interdisciplinary research
`conference focused on the injectable biomaterials and bone augmentation procedures.
`Montreal, Canada. 5-‐6 MAY 2008
`
`• GRIBOI 2015, co-‐chair (140 participants, 3 days), key interdisciplinary research conference
`focused on the injectable biomaterials and bone augmentation procedures. Toronto, Canada.
`18-‐20 May 2015
`
`• GRIBOI 2014, co-‐chair (160 participants, 3 days), key interdisciplinary research conference
`focused on the injectable biomaterials and bone augmentation procedures. Nantes, France. 5-‐
`27 May 2014
`
`•
`
`
`
`
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`In the scientific committee or chairmanship of 12 congresses
`
`
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`PATENTS AND APPLICATIONS
`
`
`No
`1
`2
`
`3
`6
`
`7
`
`8
`
`9
`
`10
`
`DE1998134277
`CN 99810909
`
`US 6679890
`
`US 0185496 A1
`
`CA 2648283
`
`EP 2010266
`
`11 US 8409211 B2
`
`12 US 13/790,378
`CIB
`13 US 13/790,378
`CIB
`
`14
`
`15 US 14/016,734
`
`20 US 12/453,261
`Confidential (CV)
`
`Filing date
`Jun 16, 1997
`Jul 30, 1998
`
`Mar 20, 2001
`Jul 28, 1999
`
`Jul 22, 2002
`
`Aug 18, 2006
`
`April 5, 2007
`
`April 5, 2007
`
`Oct. 5, 2008
`
`Mar 8, 2013
`
`Mar 8, 2013
`
`Mar 31, 2008
`
`Sept 3, 2008
`
`Mar 31, 2008
`
`Mar 31, 2008
`
`Sept 30, 2008
`
`Mar 31, 2008
`
`5
`
`File
`DE1997125269
`DE 19834277
`
`Title
`
`Prosthesis for human hip
`Schenkelhals endoprothese für ein künstliches
`Hüftgelenk
`Femoral neck for a hip replacement
`Femoral neck endoprosthesis for an artificial hip
`joint
`Method and apparatus for augmentation of the
`femoral neck
`Device for injecting a viscous material into a hard
`tissue
`Integrated cement delivery system for bone
`augmentation procedures and methods
`Integrated cement delivery system for bone
`augmentation procedures and methods
`Integrated cement delivery system for bone
`augmentation procedures and methods
`Integrated cement delivery system for bone
`augmentation procedures and methods
`Integrated cement delivery system for bone
`augmentation procedures and methods
`CN 200880010734 Method and apparatus for monitoring and/or
`controlling the curing of cements used in medical
`procedures
`Method and apparatus for monitoring and/or
`controlling the curing of cements used in medical
`procedures
`Method and apparatus for monitoring and/or
`controlling the curing of cements used in medical
`procedures
`Method and apparatus for monitoring and/or
`controlling the curing of cements used in medical
`procedures
`Method and apparatus for monitoring and/or
`controlling the curing of cements used in medical
`procedures
`IND 0093818 A1 Method and apparatus for monitoring the curing of
`cements
`Cannula assembly with detachable inner and outer May 5, 2009
`
`EP 6679890
`
`CA 2682367
`
`18 US 12/570,515
`
`
`16
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`17
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`19
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`CA 2665254
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`CA 2779742
`22
`23 US 13/463,349
`EP 20100827774
`24
`25 US 13/261,391
`CA 2790388
`26
`
`
`
`cannulas
`Cannula assembly with detachable inner and outer
`cannulas
`Bone cement delivery system
`Bone cement delivery system
`Bone cement delivery system
`Orthopedic device and method
`Orthopedic device and method
`
`May 5, 2009
`
`Nov 5, 2010
`May 3, 2012
`Nov 5, 2010
`Jan 20, 2011
`Jan 20, 2011
`
`Confidential (CV)
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`ARTICLES IN REFERRED JOURNALS
`Trainees’ names are underlined.
`
`
`
`Referee
`d Papers
`
`Book
`Chapters
`
`Abstracts
`
`Patent
`Projects
`
`Invited
`Presentations
`
`TOTALS
`
`Published
`
`58
`
`12
`
`112
`
`26
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`36
`
`244
`
`
`
`1. Tadier S, L. Galea, B. Charbonnier, G. Baroud, M. Bohner M. (2014) Phase and size
`separations occurring during the injection of model pastes composed of β-‐tricalcium
`phosphate powder, glass beads and aqueous solutions. Acta Biomater, 10(5):2259-‐68.
`
`2. Lapczyna H, L. Galea, S. Wüst, M. Bohner, S. Jerban, A. Sweedy, N. Doebelin, N. van
`Garderen, S. Hofmann, G. Baroud, R. Müller, B. von Rechenberg (2014) Effect of grain size
`and microporosity on the in vivo behaviour of β-‐tricalcium phosphate scaffolds. Eur Cell
`Mater, 28:299-‐319.
`
`3. Jerban S., G. Baroud, M. Bohner (2014) Significance of accessibility microstructural
`parameters in βTCP bone substitutes to control the resorption rate in sheep model. Acta
`Biomater, submitted.
`
`4. Habib M., G. Baroud, M. Bohner (2014) Relationship between permeability and injectability
`of a calciumphosphate hydraulic paste. Acta Biomater, submitted.
`
`5. Jerban S., G. Baroud, M. Bohner (2014) Improving pore space microstructural
`characterization in βTCP. Acta Biomater, submitted.
`
`6. Krüger A., G. Baroud, D. Noriega, J. Figiel, C. Dorschel, S. Ruchholtz, L. Oberkircher (2013)
`Height restoration and maintenance after treating unstable osteoporotic vertebral
`compression fractures by cement augmentation is dependent on the cement volume used.
`Clinical biomechanics, 28(7):725–30.
`7. Bohner M., S. Tadier, N. van Garderen, A. de Gasparo, N. Döbelin, and G. Baroud (2013)
`Synthesis of spherical calcium phosphate particles for dental and orthopedic applications.
`Biomatter, 3(2):1–15.
`8. Anselmetti G. C., A. Manca, S. Marcia, G. Chiara, S. Marini, G. Baroud, D. Regge, and F.
`Montemurro, (2013) Vertebral Augmentation with Nitinol Endoprosthesis: Clinical
`Experience in 40 Patients with 1-‐Year Follow-‐up., Cardiovasc. Intervent. Radiol., 142.
`9. Krüger A., L. Oberkircher, M. Kratz, G. Baroud, S. Becker, and S. Ruchholtz (2012 ) Cement
`interdigitation and bone-‐cement interface after augmenting fractured vertebrae: A
`cadaveric study, Int J Spine Surg, 6(1):115–123.
`10. Habib M., G. Baroud, L Galea, M. Bohner (2012) Evaluation of the ultrasonication process
`for injectability of hydraulic calcium phosphate pastes. Acta Biomater, 8(3):1164-‐8.
`11. Bashoor-‐Zadeh M., G. Baroud, M. Bohner (2011) Effect of subvoxel processes on non-‐
`destructive characterization of β-‐tricalcium phosphate bone graft substitutes. Acta
`Biomater, 7(11):4045-‐56.
`12. Bashoor-‐Zadeh M., G. Baroud, M. Bohner (2011) Simulation of the in vivo resorption rate
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`of β-‐tricalcium phosphate bone graft substitutes implanted in a sheep model. Biomaterials,
`32(27):6362-‐73. Selected by the editor as one of the 12 top articles published in 2011 in
`Biomaterials” for best images.
`
`13. Bohner M, Y. Loosli, G. Baroud, D. Lacroix (2011) Deciphering the link between architecture
`and biological response of a bone graft substitute. Acta Biomater, 7(2):478-‐84.
`
`14. Bohner M., G. Baroud, B. Gasser (2010) Critical aspects in the use of injectable calcium
`phosphates in spinal surgery. Biomaterials, 31(16):4609-‐11. Invited “key-‐opinion paper”
`for “Biomaterials”.
`
`15. Stähli C., M. Bohner, M. Bashoor-‐Zadeh, N. Doebelin, G. Baroud (2010) Aqueous
`impregnation of porous β-‐tricalcium phosphate scaffolds. Acta Biomater, 6(7):2760–72.
`
`16. Bashoor-‐Zadeh M., G. Baroud, M. Bohner (2009) Geometric analysis of porous bone
`substitutes using x-‐ray tomography and fuzzy distance transform. Acta Biomater, 6(3):864-‐
`75.
`
`17. Bohner M., R. Luginbühl, C. Reber, N. Doebelin, G. Baroud, E. Conforto (2009) A physical
`approach to modify the hydraulic reactivity of α-‐tricalcium phosphate powder. Acta
`Biomater, 5(9):3524–35.
`
`18. Mohamed R., C. Silbermann, A. Ahmari, S. Bohner, S. Becker, G. Baroud (2009) Cement
`filling control and bone marrow removal in vertebral body augmentation by unipedicular
`aspiration technique: an experimental study using leakage model. Spine, 1;35(3):353-‐60.
`
`19. Darabi A., F. Chandelier, G. Baroud (2009) Thickness analysis and reconstruction of
`trabecular bone and bone substitute microstructure based on fuzzy distance map using
`both ridge and thinning skeletonization. Can J Elect Compt Eng, 34 (1-‐2):57–62.
`
`20. Habib M., G. Baroud, F. Gitzhofer, M. Bohner (2010) Mechanisms underlying the limited
`injectability of hydraulic calcium phosphate paste. Part II: particle separation study. Acta
`Biomater, 6(1):250-‐6.
`
`21. Siegmann S., M. Habib, G. Baroud, F. Gitzhofer et al (2008) Nano powder synthesis by
`plasmas: Report of the session held at the international round table on thermal plasma
`fundamentals and applications. High Temp. Mater Proc, 12(4):205-‐54.
`
`22. Habib M., G. Baroud, F. Gitzhofer, M. Bohner (2008) Mechanisms underlying the limited
`injection of hydraulic calcium phosphate paste. Acta Biomater, 4(5):1465-‐71.
`
`23. Zeiser T., M. Bashoor-‐Zadeh, A. Darabi, G. Baroud (2007) Pore-‐scale analysis of Newtonian
`flow in the explicit geometry of vertebral trabecular bones using lattice Boltzmann
`simulation. Proc Inst Mech Eng Part H J Eng Med, 222(2):185-‐94.
`
`24. Lion A., B. Yagimli, G. Baroud, U. Görke (2008) Constitutive modelling of PMMA-‐based
`bone cement: a functional model of viscoelasticity and its approximation for time domain
`investigations. Arch Mech, 60(3):221-‐42.
`
`25. Darabi A., F. Chandelier, G. Baroud (2007) Assessments and reconstruction of bone
`microstructure based on FDT map and on different skeletonization methods. Can J Elect
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`Compt Eng, 32(3):157-‐63.
`
`26. Chandelier F., A. Darabi, L. Tremblay, M. Lepage, G. Baroud (2007) 3D geometrical analysis
`and reconstruction of heterogeneous porous media with application to trabecular bone
`microarchitecture. J Magn Reson Imaging, 25(4):553-‐4.
`
`27. Baroud G., M. Crookshank, M. Bohner (2006) High-‐viscosity cement significantly enhances
`uniformity of cement filling in vertebroplasty: an experimental model and study on cement
`leakage. Spine, 31(22):2562-‐8.
`
`28. Baroud G., P.-‐L. Martin, F. Cabana (2006) Ex vivo experiments of a new injection cannula
`for vertebroplasty. Spine, 31(1): 115-‐9.
`
`29. Bohner M., N. Doebelin, G. Baroud (2006) Theoretical and experimental approach to test
`the cohesion of calcium phosphate cement pastes. Eur Cell Mater, 29(12):26-‐35.
`
`30. von Doernberg M. C., M. Bohner, B. Gasser, R. Mathys, S. Grünenfelder, G. H. van Lenthe,
`R. Müller, G. Baroud, J. Auer, B. von Rechenberg (2006) In vivo behaviour of ß-‐TCP
`cylinders with four different macropore diameters. Biomaterials, 27(30):5186-‐98. No 17 on
`the “Top 25 Hottest Articles”.
`
`31. Baroud G., T. Swanson, T. Steffen (2006) Setting properties of four acrylic and two Ca-‐P
`cements for vertebroplasty. J Long-‐term Eff Med, 1(16):51-‐9.
`
`32. Baroud G., M. Bohner (2006) Biomechanical impact of vertebroplasty. Postoperative
`biomechanics of vertebroplasty. Joint Bone Spine. 74(2):155-‐40.
`
`33. Baroud G., M. Bohner (2006) Conséquences biomécaniques de la vertébroplastie. Revue
`du rhumatisme, 73(3):248-‐55.
`
`34. Baroud G., C. Vant, R. Wilcox (2006) Long-‐term effects of vertebroplasty: adjacent
`vertebral fractures. J Long-‐term Eff Med, 15(5):499-‐514.
`
`35. Baroud G., T. Zeiser (2006) Microscale flow analysis in trabecular vertebral bone. J Magn
`Reson Imaging, 25(4):549-‐50.
`
`36. Baroud G., C. Vant, D. Giannitsios, M. Bohner, T. Steffen (2005) Effect of the vertebral shell
`on injection pressure and intra-‐vertebral pressure in vertebroplasty. Spine, 30(1):68-‐74.
`
`37. Baroud G., E. Cayer, M. Bohner (2005) Rheological characterization of concentrated
`aqueous beta-‐tricalcium phosphate suspensions. Acta Biomater, 1(3):357-‐63.
`
`38. Baroud G., (2005) A brief update on the biomechanisms underlying cement injection and
`leakage in vertebroplasty: Commentary and Review. Supportive Cancer therapy, 2(2):105-‐
`8
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`39. Krebs J., S.J. Ferguson, M. Bohner, G. Baroud, T. Steffen, P.F. Heini (2005) Clinical
`measurements of cement injection pressure during vertebroplasty. Spine. 30(5):E118-‐
`E122.
`
`40. Bohner M., G. Baroud (2005) Injectability of calcium phosphate hydraulic pastes.
`
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`Biomaterials, 26(13):1553-‐63.
`
`41. Baroud G., T. Steffen (2005) A new cannula reduces the cement delivery pressure in
`vertebroplasty. Eur Spine J, 14(5):474-‐9.
`
`42. Baroud G., M. Bohner, P. Heini, T. Steffen (2004) Injection biomechanics of bone cements
`used in vertebroplasty. Bio-‐Med Mater Eng, 14(4):487-‐504.
`
`43. Baroud G., F. Ben Yehia (2004) A finite-‐element rheological model for PMMA flow: analysis
`of cement delivery pressure in vertebroplasty. Proc Inst Mech Eng Part H J Eng Med,
`218(5):331-‐8.
`
`44. Baroud G., R. Falk, M. Crookshank, T. Steffen (2004) Experimental and theoretical
`investigation of the directional permeability of cancellous bone for cement infiltration. J
`Biomech, 37(2):189-‐96.
`
`45. Baroud G., C. Matsushita, L. Beckman, M. Samara, T. Steffen (2004) Influence of oscillatory
`mixing on the injectability of acrylic and Ca-‐P bone cements. Bio-‐Med Mater Eng,
`68B(1):105-‐11.
`
`46. Baroud G., M. Samara, T. Steffen (2004) Influence of mixing method on cement
`temperature-‐mixing time history and doughing time of three acrylic cements for
`vertebroplasty. Bio-‐Med Mater Eng, 68B(1):112-‐6.
`
`47. Baroud G., J. Wu, M. Bohner, S. Sponagel, T. Steffen (2003) How to determine the
`permeability for cement infiltration in osteoporotic cancellous bone. Med Eng Phys,
`25(4):283-‐8.
`
`48. Bohner M., B. Gasser, G. Baroud, P. Heini (2003) Theoretical and experimental model to
`describe the injection of a PMMA cement into a porous structure. Biomaterials,
`24(16):2721-‐30.
`
`49. Baroud G., J. Nemes, S. Ferguson, T. Steffen (2003) Material changes in osteoporotic
`human cancellous bone following infiltration with acrylic bone cement for a vertebral
`cement augmentation. Comput Meth Biomech Biomed Eng, 6(2):133-‐9.
`
`50. Baroud G., J. Nemes, P. Heini, T. Steffen (2003) Load shift of the intervertebral disc after a
`vertebroplasty: a finite-‐element study. Eur Spine J, 12:421-‐6.
`
`51. Baroud G., P. Heini, J. Nemes, M. Bohner, S. Ferguson, T. Steffen (2003) Biomechanical
`explanation of adjacent fractures after vertebroplasty. Radiology, 229(2): 606-‐8.
`
`52. Miller J., N. Duncan, G. Baroud (2002) Viscoelastic properties of the human calcaneal fat
`pad: experiment and theory. J Biomech, 35(12):1523-‐31.
`
`53. Baroud G. and T. Steffen (2001) Load shift after augmenting osteoporotic vertebrae. J
`Biomech, 34: S57–S90.
`
`54. Miller J, G. Baroud, B.M. Nigg (2000) Elastic behaviour of sport surface materials. Sports
`Eng, 3:177-‐84.
`
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`55. Baroud G., B.M. Nigg, D.J. Stefanyshyn (1999) Energy storage and return in sport
`surfaces. Sports Eng, 2:173-‐80.
`
`56. Baroud G., G. Willmann, R. Kreissig (1998) The effect of stem coating on the
`postoperative stress state of the femur. Biomed Tech, 43:25-‐8.
`
`57. Baroud, G., G. Willmann, R. Kreissig (1998) The effect of hip prosthesis coating on the
`postoperative biomechanical state of the femur. Bioceramics, 11: 611-‐15.
`
`58. Baroud G., G. Willmann, R. Kreissig (1997) Biomechanics of the prosthetically managed
`femur. Biomed Tech, 42:17-‐8.
`
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`INVITED BOOK CHAPTERS AND EXTEDNED CONFERENCE PROCEEDINGS
`Trainees’ names are underlined.
`
`1. Bohner M., G. Baroud (2008) New directions in bone materials. In: MA. Mauro, K. Murphy,
`K. Thomson, and A. Venbrux (eds), Image-‐Guided Interventions. Saunders. Elsevier. 1701-‐
`08. ISBN: 9781416029649. Chapter 159: 1701-‐1707.
`
`2. Staat M., G. Baroud, M. Topcu, S. Sponagel (2008) Soft Materials in Technology and Biology
`– Characteristics, Properties, and Parameter Identification. In: G. Artman, S. Chein (eds)
`Bioengineering in Cell and Tissue Research. Springer. 253-‐313. ISBN-‐13: 9783540754084,
`Chapter 22, 253-‐315
`
`3. Vant C., M. Staat, G. Baroud (2008) Vertebroplasty: two intraoperative Complications. In:
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