Organ-on-chip technology to revolutionise drug development
J. Lawrence. The Pharmaceutical Journal, (August 2014)
Abstract
Pioneering work in the United States to create organs-on-chips could revolutionise the future of drug development. Four years ago scientists observed how a white blood cell reacts when it senses an infection. They watched the leukocyte as it wriggled through capillary cells — the cells that line blood vessels — and then through the cells that line the lung, to then engulf an invading bacterium. But this was not happening inside a patient, it was happening on a microchip1. “It mimics the human response, it’s amazing to watch,” says Geraldine Hamilton, senior staff scientist at the Wyss Institute for Biologically Inspired Engineering.
%0 Journal Article
%1 lawrence2014organonchip
%A Lawrence, Janna
%D 2014
%J The Pharmaceutical Journal
%K biotechnology chip drug organ technology
%N 7822/3
%T Organ-on-chip technology to revolutionise drug development
%U http://www.pharmaceutical-journal.com/news-and-analysis/feature/organ-on-chip-technology-to-revolutionise-drug-development/20065894.article
%V 293
%X Pioneering work in the United States to create organs-on-chips could revolutionise the future of drug development. Four years ago scientists observed how a white blood cell reacts when it senses an infection. They watched the leukocyte as it wriggled through capillary cells — the cells that line blood vessels — and then through the cells that line the lung, to then engulf an invading bacterium. But this was not happening inside a patient, it was happening on a microchip1. “It mimics the human response, it’s amazing to watch,” says Geraldine Hamilton, senior staff scientist at the Wyss Institute for Biologically Inspired Engineering.
@article{lawrence2014organonchip,
abstract = {Pioneering work in the United States to create organs-on-chips could revolutionise the future of drug development. Four years ago scientists observed how a white blood cell reacts when it senses an infection. They watched the leukocyte as it wriggled through capillary cells — the cells that line blood vessels — and then through the cells that line the lung, to then engulf an invading bacterium. But this was not happening inside a patient, it was happening on a microchip[1]. “It mimics the human response, it’s amazing to watch,” says Geraldine Hamilton, senior staff scientist at the Wyss Institute for Biologically Inspired Engineering.},
added-at = {2014-08-19T18:31:24.000+0200},
author = {Lawrence, Janna},
biburl = {https://www.bibsonomy.org/bibtex/22aabd60f023fbd2d48a98f10cd7a5f70/ahejazi},
interhash = {7bccdf09342e8e3d1b802cc2dda5833e},
intrahash = {2aabd60f023fbd2d48a98f10cd7a5f70},
journal = {The Pharmaceutical Journal},
keywords = {biotechnology chip drug organ technology},
month = {August},
number = {7822/3},
timestamp = {2014-08-19T18:31:24.000+0200},
title = {Organ-on-chip technology to revolutionise drug development},
url = {http://www.pharmaceutical-journal.com/news-and-analysis/feature/organ-on-chip-technology-to-revolutionise-drug-development/20065894.article},
volume = 293,
year = 2014
}