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1 Ergebnisse
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Bioscaffold Stiffness Mediates Aerosolized Nanoparticle Upt..:
Austin H. Williams (11581131)
;
Adrien M. Hebert (11581134)
;
Robert C. Boehm (11581137)
...
https://figshare.com/articles/media/Bioscaffold_Stiffness_Mediates_Aerosolized_Nanoparticle_Uptake_in_Lung_Epithelial_Cells/16832766. , 2021
Link:
https://doi.org/10.1021/acsami.1c09701.s006
RT Journal T1
Bioscaffold Stiffness Mediates Aerosolized Nanoparticle Uptake in Lung Epithelial Cells
UL https://suche.suub.uni-bremen.de/peid=base-ftsmithonian:oai:figshare.com:article_16832766&Exemplar=1&LAN=DE A1 Austin H. Williams (11581131) A1 Adrien M. Hebert (11581134) A1 Robert C. Boehm (11581137) A1 Mary E. Huddleston (11581140) A1 Meghan R. Jenkins (11581143) A1 Orlin D. Velev (1795051) A1 M. Tyler Nelson (8250363) YR 2021 K1 Biophysics K1 Cell Biology K1 Molecular Biology K1 Physiology K1 Pharmacology K1 Biotechnology K1 Ecology K1 Developmental Biology K1 Cancer K1 Computational Biology K1 Space Science K1 Environmental Sciences not elsewhere classified K1 Biological Sciences not elsewhere classified K1 Chemical Sciences not elsewhere classified K1 Physical Sciences not elsewhere classified K1 unique physiochemical characteristics K1 ta – au K1 mechanical properties resulting K1 maintained barrier integrity K1 lung epithelial cells K1 coated gold nanoparticles K1 aerosolized tannic acid K1 8 cytokine secretion K1 soft pu sdcs K1 pu sdcs ) K1 physiological elastic moduli K1 a549 cellular viability K1 pu sdcs K1 physiological relevance K1 elastic modulus K1 uptake efficiency K1 significant increase K1 sdc mats K1 highly porous K1 fourfold greater K1 fold increase K1 culture conditions K1 cell culture K1 biological responses K1 antisolvent precipitation K1 800 kpa JF https://figshare.com/articles/media/Bioscaffold_Stiffness_Mediates_Aerosolized_Nanoparticle_Uptake_in_Lung_Epithelial_Cells/16832766 LK http://dx.doi.org/https://doi.org/10.1021/acsami.1c09701.s006 DO https://doi.org/10.1021/acsami.1c09701.s006 SF ELIB - SuUB Bremen
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