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Invited Presentations |
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“Pushing the boundaries: cell mechanobiology in 3D.” University of
Toronto, September, 2014.
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“Pushing the boundaries: cell mechanobiology in 3D.” Biomedical
Engineering Seminar Series, National
University of Ireland, Limerick, Ireland,
May, 2014.
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“How far can cells feel through non-linear fibrous matrices?”
Biomedical Engineering Seminar Series,
National University of Ireland, Galway,
Ireland, December, 2012.
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“Mechanical modulation of cell function: non-uniform, non-linear, and
fibrous substrates,” Cornell University,
October 2012.
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“Mechanical modulation of cell function: non-uniform, non-linear, and
fibrous substrates,” Department of Chemical
and Biomolecular Engineering, Melbourne,
Australia, April 2012.
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“Mechanical modulation of cell function: contracting and remodeling
3D ECM,” O’Brien Institute for microsurgery,
Melbourne, Australia, April 2012.
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“Mechanical modulation of cell function: non-uniform, non-linear, and
fibrous substrates,” School of Biomedical
Engineering, University of New South Wales,
Sydney, Australia, April 2012.
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“Mechanical Modulation Of Cell
Function And Tissue Remodeling,”
Bioengineering Seminar Series, Polytecnico
di Milano, Italy, January, 2012
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“Mechanical Modulation Of Cell Function And Tissue Remodeling,”
Biomanufacturing Workshop, Tsinghua
University, China, October, 2011
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“Mechanical Modulation Of Cell Function And Tissue Remodeling,” Bio-X
Seminar Series, Shanghai Jiaotong
University, China, October, 2011
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“Mechanical Modulation Of Cell Function And Tissue Remodeling,”
Department of Pharmaceutical Sciences
Seminar Series, Massachusetts College of
Pharmacy and Health Sciences, May 2011.
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“Mechanical Modulation Of Cell Function And Tissue Remodeling,”
Condensed Matter Seminar Series, Clark
University, March 2011.
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“Mechanical Modulation Of Cell Function And Tissue Remodeling,”
Department of Biomedical Engineering Seminar
Series, University of Connecticut, March
2011.
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“Atomic force microscopy for imaging and mechanical characterization
of soft biomaterials,” NCLA (Physics)
Seminar Series, National University of
Ireland, Galway, Ireland, March, 2010.
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“Mechanobiology and tissue nano-mechanics,” Kristen Billiar, National
Center for Biomedical Engineering and
Science (NCBES), National University of
Ireland, Galway, Ireland, February, 2010.
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“Mechanobiology and tissue nano-mechanics,” Kristen Billiar, Network
of Functional Biomaterials Seminar Series,
National University of Ireland, Galway,
Ireland, February, 2010.
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“Mechanobiology and tissue mechanics,” Kristen Billiar, Polymer
Chemistry and Biomaterials, University of
Twente, The Netherlands, November, 2009.
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Mechanical modulation of cell
function and tissue remodeling,” Kristen
Billiar, Orthopaedic Research Seminar, Brown
University, Department of Orthopaedic
Surgery, March 2009.
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“Mechanical modulation of cell function and tissue remodeling,”
Kristen Billiar, Boston University,
Department of Mechanical Engineering,
February 2009.
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“Workshop: Developing BME courses,” Kristen Billiar and Michele Grimm
Moderators and presenters, ASME Summer
Bioengineering Conference, Lake Tahoe, CA,
June 2009.
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“Workshop: Biomechanics Labs on a Shoestring,” Kristen Billiar –
Moderator and speaker, ASME Summer
Bioengineering Conference, San Marco Island,
FL, June 2008.
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“Mechanical modulation of cell function and tissue remodeling,”
Kristen Billiar, Hunter Distinguished
Lecturer Series, Clemson University, March
2006.
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“Biomechanics of Sternal Fixation,” Kristen Billiar, WPI
Bioengineering Institute, MedTech Grand
Rounds, UMass Medical School, Worcester, MA,
February 2005.
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“Biomechanics of engineered cellular tissues: effects of mechanical
and chemical stimulation,” Kristen Billiar,
Center for Engineering in Medicine,
Massachusetts General Hospital, Boston, MA,
October 2004.
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“Biomechanics of Collagenous Tissues: Implications for Tissue
Engineering,” Kristen Billiar, Department of
Electrical Engineering, University of Rhode
Island, Kingston, RI, April 2004.
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