20 Cells, Organs, and Labs on a Chip


Description:
This session will include abstracts covering the development of chip-based technologies that model cell, tissue, and organ function with minimalist and microscale approaches. This approach could have applications on drug development, augmenting clinical and pre-clinical studies, with an eye toward recreating or partially capturing human physiology. Chip technologies can include microfluidics, cells and biomaterials, dynamic extracellular signals, and perhaps even multiple tissues/organs linked together toward whole-body integration.

Sponsor:
Engineering Fundamentals in Life Science


Chair:
Jeremiah J. Zartman
Assistant Professor
University of Notre Dame
Chemical Engineering
Winterthurerstrasse 190
Notre Dame, IN
CH-8057
Email: jzartman@nd.edu

Co-Chair:
Umut Gurkan
Assistant Professor
Case Western Reserve University
Mechanical and Aerospace Engineering
Cleveland, OH
Phone Number: 2163686447
Email: umut@case.edu


Papers:
20a
A Microfluidic Model of Hemostasis Sensitive to Platelet Function and Coagulation
Rogier M. Schoeman, Colorado School of Mines; Nicholas Danes, Colorado School of Mines; Karin Leiderman, Colorado School of Mines; Keith B. Neeves, Colorado School of Mines; Matthew Sorrells, Colorado School of Mines
20b
Microfluidic Platforms for Aging Studies
Sahand Saberi Bosari, North Carolina State University; Daniel Midkiff, North Carolina State University; Adriana San-Miguel, North Carolina State University
20c
Microfluidic Platform to Decode Mechanotransduction Mechanisms in Developing Organs
Cody Narciso, University of Notre Dame; Nicholas Contento, University of Notre Dame; Thomas Storey, University of Notre Dame; David Hoelzle, The Ohio State University; Jeremiah J. Zartman, University of Notre Dame
20d
3D Biomimetic Model for Cellular Invasion: A Versatile Platform to Examine 3D Physiological Invasion in Angiogenesis and Pathological Tumor Cell Invasion
Duc-Huy Nguyen, University of Pennsylvania; Sina Rabbany, Hofstra University; Robert Schwartz, Weill Cornell Medical College; Shahin Rafii, Weill Cornell Medical College
20e
“Lymphatics-on-a-Chip” to Reconstitute Lymphatic Drainage Function and Lymphedema
Esak Lee, Wyss Institute for Biologically Inspired Engineering, Harvard University; Christopher Chen, Harvard University- Wyss Institute for Biologically Inspired Engineering
20f
An Optically Controlled Microphysiological System for the Heart-Brain Axis
Jonathan Soucy, Northeastern University; Tess Torregrosa, Northeastern University; Abigail Koppes, Northeastern University; Nasim Annabi, Northeastern University; Ryan Koppes, Northeastern University
Abstract Submissions Closed
See more of this Group/Topical: Food, Pharmaceutical & Bioengineering Division