Effect of Charge (Zeta Potential) of DEP and DEP-Env Particles on the Bioreactivity of Human PBMC.
- Srijata Sarkar (563144)
- Lin Zhang (8926)
- Prasad Subramaniam (563145)
- Ki-Bum Lee (563146)
- Eric Garfunkel (563147)
- Pamela A. Ohman. Strickland (563148)
- Gediminas Mainelis (563149)
- Paul J. Lioy (70149)
- Teresa D. Tetley (348050)
- Kian Fan Chung (45606)
- Junfeng Zhang (13013)
- Mary Ryan (493832)
- Alex Porter (563150)
- Stephan Schwander (563151)
Publication date
May 2014
DOIAbstract
<p><i>IL1b</i>, <i>TNFa</i>, <i>IL6</i>, and <i>IL12p40</i> mRNA fold changes (y-axes) in PBMC (from n = 3 donors) shown in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0097304#pone-0097304-g003" target="_blank"><u>Figure 3</u></a> are plotted here as a function of mean zeta potential in millivolt (x-axes). All particles with zeta potentials from −37 to −41 mV, with one exception (asterisk *), showed significantly higher bioreactivity (<i>p</i><0.001) compared to the particles below or above this size range.</p
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