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Disease Prediction: Prediction of Chronic Inflammation for Inhaled Particles: the Impact of Material Cycling and Quarantining in the Lung Epithelium (Adv. Mater. 47/2020)
Advanced Materials ( IF 27.4 ) Pub Date : 2020-11-24 , DOI: 10.1002/adma.202070353
Hana Kokot 1, 2 , Boštjan Kokot 1, 3 , Aleksandar Sebastijanović 1, 2 , Carola Voss 4 , Rok Podlipec 1, 5 , Patrycja Zawilska 1 , Trine Berthing 6 , Carolina Ballester‐López 4 , Pernille Høgh Danielsen 6 , Claudia Contini 7 , Mikhail Ivanov 8 , Ana Krišelj 1 , Petra Čotar 1, 9 , Qiaoxia Zhou 4, 10 , Jessica Ponti 11 , Vadim Zhernovkov 12 , Matthew Schneemilch 7 , Zahra Doumandji 13 , Mojca Pušnik 14 , Polona Umek 1 , Stane Pajk 1, 14 , Olivier Joubert 13 , Otmar Schmid 4 , Iztok Urbančič 1 , Martin Irmler 15 , Johannes Beckers 15, 16, 17 , Vladimir Lobaskin 18 , Sabina Halappanavar 19 , Nick Quirke 7 , Alexander P. Lyubartsev 8 , Ulla Vogel 6 , Tilen Koklič 1 , Tobias Stoeger 4 , Janez Štrancar 1
Affiliation  

The prediction of diseases associated with nanomaterials is currently hampered by an incomplete understanding of the underlying mechanisms. Newly discovered nanomaterial quarantining and counteracting nanomaterial cycling fill that gap allowing Tilen Koklič, Tobias Stoeger, Janez Štrancar, and co‐workers to incorporate these main modes of cellular response into a mechanistic model and predict in vivo inflammation solely on animal‐free in vitro tests, as described in article number 2003913.
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中文翻译:

疾病预测:吸入颗粒的慢性炎症的预测:肺上皮细胞物质循环和隔离的影响(Adv。Mater。47/2020)

目前对纳米材料相关疾病的预测由于对潜在机制的不完全了解而受到阻碍。最新发现的隔离和抵消纳米材料循环的纳米材料填补了这一空白,从而使TilenKoklič,Tobias Stoeger,JanetzŠtrancar和同事将这些细胞反应的主要模式整合到一个机械模型中,并且仅通过无动物体外试验即可预测体内炎症,如文章编号2003913中所述。
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更新日期:2020-11-25
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