2016 CHIB Meeting – Philadelphia
The 2016 CHIB Investigator Meeting was held on October 27, 2016 at the University of Pennsylvania. Presentations and team pictures are posted below.
Meeting Agenda: [Download not found]
Presentations are available as PDFs here:
Melton UC4 (Pending) |
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Sander UC4 [Download not found]
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Stabler UC4 [Download not found]
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Stanger UC4 [Download not found] |
CHIB UC4 Team Pictures
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Melton UC4 Team |
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Sander UC4 Team |
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Stabler UC4 Team |
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Stanger UC4 Team |
“Islet on a Chip” (Melton UC4) Demonstration Pictures
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Melton Team: Demo station #1 led by Alanna Gannon explaining the ‘islet on a chip’ platform. |
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Melton Team: Demo station #2 led by Ben Pope explaining nanofibers in the ‘islet on a chip’ device. |
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Melton Team: Demo station #3 led by Peter Jones, Girish Chitnis & Jamie Wu explaining the working mechanism and operational details of the islet chip for on-chip differentiation |
“A 3D Biomimetic Human Islet to Model Beta Cell Function in Health and Disease” (Sander UC4) Demonstration Pictures
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Sander Team: Demon station #1 led by Mahama Aziz Traore explaining the process of loading the Vascularized Micro-Organ device |
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Sander Team: Demo station #2 led by Hugh Bender explaining the process of loading the Vascularized Micro-Organ device |
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Vascularized Micro-Organ (VMO) device developed by the Hughes Lab |
“Engineering a Human Physiomimetic Islet Microsystem” (Stabler UC4) Demonstration Pictures”
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Stabler Team: Demo station #1 led by Giovanni Lenguito explaining the microscopy and live imaging of pancreatic human islets |
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Stabler Team: Demo stration #2 led by Matthew Ishahak explaining perfusion testing of pancreatic human islets |
“A Vascularized 3D Biomimetic for Islet Function and Physiology” (Stanger UC4) Demonstration Pictures
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Stanger Team: Demo station #1 Andre Georgescu is explaining a microfabricated device for growing human islets |
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Stanger Team: Demonstration station #2 Yi-Ju Chen is explaining multi-channel perfusion system for human islet function. |
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Stanger Team: Demo station #3 Bill Polachek is explaining microfluidic networks for vascularizing human iselts |