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EVENT BROCHURE
Goal: discuss and identify measurement needs for characterizing biofabricated, tissue engineered medical products for clinical applications.
Scope: Biofabricated tissue-engineered constructs have the potential to transform personalized medicine. However, characterizing these constructs post-fabrication and throughout preclinical use remains challenging. We will hold a 1-day workshop on measurement needs for biofabricated constructs that contain cells, focusing on metrology for the structure of the constructs, cell viability in the constructs, and functional capacity of the constructs. This workshop will enable future research directions, standards development, and the adoption of these constructs for clinical use.
TECHNICAL PROGRAM |
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Thursday, December 1, 2022 |
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10:00 AM |
11:00 AM |
Login to Bluejeans and Test System |
11:00 AM |
11:10 AM |
Welcome Address: Sheng Lin Gibson, NIST |
11:10 AM |
11:45 AM |
Plenary: Manufacturing complex biologics for regenerative medicine (Slides) |
Session 1: Cell Viability
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11:55 AM |
12:05 PM |
Non-invasive non-contact real-time monitoring of cells within bio-reactors by direct imaging with optical coherence tomography (Slides) |
12:05 PM |
12:15 PM |
Nondestructive Cell viability assessment using oxygen imaging |
12:15 PM |
12:25 PM |
Optical coherence tomography imaging for label-free measurement of cell viability in scaffolds |
12:25 PM |
12:55 PM |
Panel Discussion |
12:55 PM |
1:25 PM |
Lunch |
Session 2: Cell Phenotype
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1:25 PM |
1:35 PM |
Advancing Drug Discovery with Biofabricated 3D Tissue Models |
1:35 PM |
1:45 PM |
Protein Sensing (Slides) |
1:45 PM |
1:55 PM |
Non-invasive quantitative live cell imaging (Recording) |
1:55 PM |
2:25 PM |
Panel Discussion |
2:25 PM |
2:35 PM |
Break |
Session 3: Tissue Characterization
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2:35 PM |
2:45 PM |
Dielectric spectroscopy for in line monitoring of engineered tissue constructs |
2:45 PM |
2:55 PM |
Title: In situ volumetric imaging and analysis of 3D bioprinted constructs using optical coherence tomography |
2:55 PM |
3:05 PM |
Characterization of tissue engineered medical products (Slides) |
3:05 PM |
3:35 PM |
Panel Discussion |
3:35 PM |
3:45 PM |
Break |
3:45 PM |
3:55 PM |
Workshop Survey Review, Carl Simon |
Breakout Session |
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3:55 PM |
4:35 PM |
Breakout session |
Closing Session |
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4:35 PM | 4:55 PM | Report back |
4:55 PM |
5:00 PM |
Closing Remarks |
Mrignayani Kotecha - President, O2M Technologies
Naresh Menon - CEO, ChromoLogic
Jennifer H. Elisseeff - Professor, Johns Hopkins University
Bao-Ngoc Nguyen - Biomedical Engineer, FDA
Adam Feinberg - CTO, FluidForm
Rohan Shirwaiker - Professor, NC State University
Kersti Alm - CSO, Phase Holographic Imaging
Carl G. Simon, Jr. - Biologist, National Institute of Standards and Technology
Marcie Black - Co-founder & CEO, Advanced Silicon Group
Marc Ferrer - Director, 3D Tissue Bioprinting Laboratory, NCATS
First name |
Last name |
Organization |
Greta |
Babakhanova |
National Institute of Standards and Technology |
Carl |
Simon |
National Institute of Standards and Technology |
Eugenia |
Romantseva |
National Institute of Standards and Technology |
Laura |
Pierce |
National Institute of Standards and Technology |
Callie |
Higgins |
National Institute of Standards and Technology |
Leanne |
Friedrich |
National Institute of Standards and Technology |
Jonathan |
Seppala |
National Institute of Standards and Technology |
Jay |
Hoying |
Advanced Solutions |
Kimberlee |
Potter |
U.S. Department of Veterans Affairs |
Mary Clare |
McCorry |
ARMI BioFabUSA |
Guillermo |
Ameer |
Northwestern University |
John |
Huang |
TheWell Bioscience, Inc. |
Itedale Namro |
Redwan |
CELLINK |
Dawn |
Henke |
Standards Coordinating Body |
Taneka |
Jones |
Vericel |
Marian |
Piekarczyk |
Thermofisher |
Rohan |
Shirwaiker |
NC State University |