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Development of 3D human intestinal equivalents for substance testing in microliter-scale on a multi-organ-chip

机译：开发用于在多器官芯片上进行微升级物质测试的3D人类肠道等效物

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Annika Jaenicke; Dominique Tordy; Florian Groeber; Jan Hansmann; Sarah Nietzer; Carolin Tripp; Heike Walles; Roland Lauster; Uwe Marx;
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年度 2013
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1. Development of 3D human intestinal equivalents for substance testing in microliter-scale on a multi-organ-chip [J] . Annika Jaenicke, Dominique Tordy, Florian Groeber, BMC proceedings. . 2013,第S6期

机译：开发用于在多器官芯片上进行微升级物质测试的3D人类肠道等效物
2. A dynamic multi-organ-chip for long-term cultivation and substance testing proven by 3D human liver and skin tissue co-culture [J] . Ilka Wagner, Eva-Maria Materne, Sven Brincker Lab on a chip . 2013,第18期

机译：3D人体肝脏和皮肤组织共培养证明的用于长期培养和物质测试的动态多器官芯片
3. Thematic Review Series: Intestinal Lipid Metabolism: New Developments and Current Insights Insights from human congenital disorders of intestinal lipid metabolism [J] . Levy Emile Journal of Lipid Research . 2015,第5期

机译：专题回顾系列：肠道脂质代谢：新进展和最新见解人类先天性肠道脂质代谢紊乱的见解
4. Development of the method for evaluating protective effect of food factors on THP-1 -induced damage to human intestinal Caco-2 monolayers [C] . Fumiko Watanabe, Hideo Satsu, Tetsunosuke Mochizuki, International Conference on Food Factors . 2004

机译：用于评估食物因素对人肠道Caco-2单层损伤的保护作用的方法
5. O-Glycosylation and a Novel Bioengineered 3D Human Intestinal Tissue Model for Cryptosporidium [D] . RePass, Maria Arvena DeCicco 2018

机译：O-糖基化和隐孢子虫的新型生物工程3D人类肠道组织模型。
6. Development of 3D human intestinal equivalents for substance testing in microliter-scale on a multi-organ-chip [O] . Annika Jaenicke, Dominique Tordy, Florian Groeber, 2013

机译：开发用于在多器官芯片上进行微升级物质测试的3D人类肠道等效物
7. A dynamic multi-organ-chip for long-term cultivation and substance testing proven by 3D human liver and skin tissue co-culture [O] . Wagner Ilka, Materne Eva-Maria, Brincker Sven, 2013

机译：3D人类肝脏和皮肤组织共培养证明的用于长期培养和物质测试的动态多器官芯片

Development of 3D human intestinal equivalents for substance testing in microliter-scale on a multi-organ-chip

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