Open AccessNickel contamination on MWCNT is related to particle bioactivity but not toxicity in the THP-1 transformed macrophage model
Author(s) -
Raymond F. Hamilton,
Teri A. Girtsman,
Chengcheng Xiang,
Nianqiang Wu,
Andrij Holian,
Teri A. Girtsman,
Teri A. Girtsman,
Teri A. Girtsman,
Teri A. Girtsman,
Teri A. Girtsman,
Teri A. Girtsman,
Teri A. Girtsman,
Teri A. Girtsman,
Teri A. Girtsman,
Teri A. Girtsman,
Chengcheng Xiang,
Chengcheng Xiang,
Chengcheng Xiang,
Chengcheng Xiang,
Chengcheng Xiang,
Chengcheng Xiang,
Chengcheng Xiang,
Chengcheng Xiang,
Chengcheng Xiang,
Chengcheng Xiang,
Chengcheng Xiang,
Chengcheng Xiang,
Chengcheng Xiang,
Chengcheng Xiang,
Nianqiang Wu,
Nianqiang Wu,
Nianqiang Wu,
Nianqiang Wu,
Nianqiang Wu,
Nianqiang Wu,
Nianqiang Wu,
Nianqiang Wu,
Nianqiang Wu,
Nianqiang Wu,
Nianqiang Wu,
Nianqiang Wu,
Nianqiang Wu,
Nianqiang Wu,
Andrij Holian,
Andrij Holian,
Andrij Holian,
Andrij Holian,
Andrij Holian,
Andrij Holian,
Andrij Holian,
Andrij Holian,
Andrij Holian,
Andrij Holian,
Andrij Holian,
Andrij Holian,
Andrij Holian,
Andrij Holian
Publication year - 2013
Publication title -
international journal of biomedical nanoscience and nanotechnology
Language(s) - English
Resource type - Journals
eISSN - 1756-0802
pISSN - 1756-0799
DOI - 10.1504/ijbnn.2013.054509
Subject(s) - thp1 cell line , contamination , macrophage , toxicity , nickel , particle (ecology) , chemistry , materials science , biology , metallurgy , in vitro , biochemistry , ecology , cell culture , genetics , organic chemistry