Premium
A Gel‐Based Model of Selective Cell Motility: Implications for Cell Sorting, Diagnostics, and Screening
Author(s) -
Ivanir Eran,
Shachaf Yonatan,
MironiHarpaz Iris,
YeheskelyHayon Daniella,
Hazanov Lena,
HarpazSegev Shlomit,
Birman Tamara,
Minai Limor,
Melino Sonia,
Yelin Dvir,
Seliktar Dror
Publication year - 2020
Publication title -
advanced functional materials
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 6.069
H-Index - 322
eISSN - 1616-3028
pISSN - 1616-301X
DOI - 10.1002/adfm.201807106
Subject(s) - cell sorting , materials science , motility , cell , sorting , optical transparency , nanotechnology , in vitro , cell migration , biophysics , biomedical engineering , microbiology and biotechnology , biology , computer science , biochemistry , medicine , optoelectronics , programming language
Abstract The ability to precisely control cell‐loaded material systems is essential for in vitro testing of novel therapeutics poised to advance to clinic. In this report, unique patterns of cell migration are devised into an in vitro gel‐in‐gel model for the purpose of obtaining cell response data to potentially therapeutic chemical agonists. The model consists of co‐cultures in a cell‐loaded microgel invading an acellular “sorting” gel. Material properties including biophysical and chemical compositions of the sorting gel are carefully controlled to guide a desired cell‐specific behavior, leading to massive tumor cell invasion by amoeboid migration mechanisms. Optical transparency enables straightforward and high‐throughput measurements of outgrowth response in the presence of either chemical and photoradiation therapy. Important dosing and drug sensitivity information are obtained with the gel‐in‐gel model using no more than a light microscope, without further need for arduous genomic or proteomic screening of the tissue samples.