69 Cells, Organs, and Labs on a Chip I: Modeling Cell Interactions


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
Co-Sponsor(s):
Biomaterials (08B)


Chair:
Nitin Agrawal
George Mason University
Bioengineering
Fairfax, VA
Phone Number: 7039933970
Email: nagrawa2@gmu.edu

Co-Chair:
Roman Voronov
Assistant Professor
New Jersey Institute of Technology NJIT
Otto H. York Department of Chemical and Materials Engineering
Newark, NJ
Phone Number: 973-642-4762
Email: rvoronov@njit.edu


Papers:
69a
Engineering a Physiologically Relevant Model of the Cardiac Autonomic Nervous System
Jonathan Soucy, Northeastern University; Tess Torregrosa, Northeastern University; Sanjin Hosic, Northeastern University; Nasim Annabi, Northeastern University; Abigail Koppes, Northeastern University; Ryan Koppes, Northeastern University
69b
Stem Cell-Based Microfluidic Model of the Blood-Brain Barrier
Pedram Motallebnejad, University of Minnesota; Andrew Thomas, University of Minnesota; Sarah L. Swisher, University of Minnesota; Samira M. Azarin, University of Minnesota
69c
Investigation of Drug Efficacy Under in Vitro Hypoxic Gradients in Glioblastoma Multiforme
Md. Daud H Khan, George Mason University; Nitin Agrawal, George Mason University
69d
Engineering in Vitro Vascularization on a Chip
Mi Zhang, Case Western Reserve University; Yajie Xu, Case Western Reserve University; Roshini Balan, Holton-Arms School; Reed Momjian, Case Western Reserve University; Harihara Baskaran, Case Western Reserve University
69e
Microfluidic Co-Culture of Triple Negative Breast Cancer Cells and Adipose Stem Cells
Sharif M. Rahman, Louisiana State University; Katie A. Render, Louisiana State University; Joshua M. Campbell, Louisiana State University; Jeffery Anderson, Louisiana State University; C. Ethan Byrne, Louisiana State University; Elizabeth Martin, Louisiana State University; Adam Melvin, Louisiana State University
69f
Articular Joint on a Chip: An in-Vitro Co-Culture System of Cartilage and Joint Capsule Synovium to Simulate Post-Traumatic Osteoarthritis
Yamini Krishnan, MIT; Christina P. Rossitto, MIT; Han-Hwa K. Hung, MIT; Paula T. Hammond, MIT; Alan Grodzinsky, MIT
Abstract Submissions Closed
See more of this Group/Topical: Food, Pharmaceutical & Bioengineering Division