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A relevant in vitro model of the alveolus enables reliable studies of nanomaterial-cell interactions
Published on Jul 09, 2018546 Views
Although we are constantly being exposed to airborne nanomaterial, we are still unable to predict its potential adverse outcomes - an issue arising from our lack of understanding of the basic interact
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A relevant in vitro model of the alveolus enables reliable studies of nanomaterial-cell interactions00:00
Nanoparticles & us - 100:44
Nanoparticles & us - 201:24
Nanosafety - 101:29
Nanosafety - 201:58
Nanosafety - 302:06
The search for molecular initiating events - 102:14
The search for molecular initiating events - 202:38
The search for molecular initiating events - 302:44
Relevant in vitro model? - 103:14
Relevant in vitro model? - 203:42
Defines the biological fate of the NM!04:15
Physiologically relevant in vitro model - 104:54
Physiologically relevant in vitro model - 205:24
Physiologically relevant in vitro model - 305:46
Surfactant layer deposition - 106:04
Surfactant layer deposition - 206:53
Surfactant layer deposition - 307:02
Surfactant layer deposition - 407:17
Nanoparticle deposition07:29
Future upgrade: in vitro model of air-blood barrier for high-resolution live imaging - 108:09
Future upgrade: in vitro model of air-blood barrier for high-resolution live imaging - 208:37
Future upgrade: in vitro model of air-blood barrier for high-resolution live imaging - 308:42
Future upgrade: in vitro model of air-blood barrier for high-resolution live imaging - 409:12
Future upgrade: in vitro model of air-blood barrier for high-resolution live imaging - 509:51
Future upgrade: in vitro model of air-blood barrier for high-resolution live imaging - 610:32