Mechanisms and Measurement of Nanomaterial Induced Oxidative Damage to DNA

Transcription

1 Analytical and Bioanalytical Chemistry Electronic Supplementary Material Mechanisms and Measurement of anomaterial Induced Oxidative Damage to DA Elijah J. Petersen and Bryant C. elson

2 Table S1 Additional nanomaterial characterization data for reported oxidative damage to DA studies Citation Physicochemical P characterization Comparison to Carbon anoparticles Carbon Black Gallagher et al. 2003[50] BET (manufacturer), PAHs (manufacturer) A Gerloff et al. 2009[44] BET (manufacturer) A Jacobsen et al. 2007[21] BET, PAHs A Jacobsen et al. 2009[48] BET, PAHs, metal analysis, DLS A Karlsson et al. 2008[22] TEM, DLS, zeta potential A Mroz et al. 2007[45] none A Y Mroz et al. 2008[18] none A Y Totsuka et al. 2009[49] TEM, DLS A Yang et al. 2009[46] TEM, Raman spectroscopy A Zhong et al. 1997[47] none given A Carbon anofibers Lindberg et al. 2009[52] TEM, EDS, BET, optical microscopy A A Moriera et al. 2009[85] TEM A A Carbon anotubes Folkmann et al. 2009[61] DLS, PAHs, metal analysis, BET A A Jacobsen et al. 2008[20] TEM, DLS, BET, PAHs, metal analysis A A Jacobsen et al. 2009[48] BET, PAHs, metal analysis, DLS attempted but A A unsuccessful Karlsson et al. 2008[22] TEM, DLS, zeta potential A A Kisin et al. 2007[51] Raman, TGA, thermo programming oxidation, total A A carbon and trace iron analysis, BET, SEM, TEM, near IR spectroscopy Lindberg et al. 2009[52] TEM, EDS, BET, optical microscopy A A Pacurari et al. 2008[54] BET, SEM, TEM, metal analysis, light microscopy A A Pacurari et al. 2008b[53] TEM, metal analysis, BET, Raman spectroscopy, light A A microscopy Yang et al. 2009[46] TEM, Raman spectroscopy A A Zeni et al. 2008[55] none A A Zhu et al. 2007[56] TGA, XPS, Raman, SEM A A Fullerenes Dhawan et al. 2006[75] TEM, DLS, zeta potential A A Folkmann et al. 2009[61] DLS, PAHs, metal analysis, BET A A Jacobsen et al. 2008[20] TEM, DLS, BET, PAHs, metal analysis A A Jacobsen et al. 2009[48] BET, PAHs, metal analysis, DLS A A Totsuka et al. 2009[49] TEM, DLS A A Metal anoparticles Cobalt anoparticles Colognato et al. 2008[86] trace metals, SEM, nanoparticle tracking analysis Y Ponti et al. 2009[87] trace metals, SEM, nanoparticle tracking analysis Y

3 Citation Physicochemical P characterization Comparison to Zhang et al. 1998[108] TEM, BET (manufacture) Cobalt/Chromium anoparticles Bhabra et al. 2009[91] TEM, EDS, analysis of metal composition Y Y Papageorgiou et al. SEM, TEM, EDS Y 2007[90] Copper anoparticles Midander et al. 2009[94] SEM, DLS, laser diffraction, BET, FTIR, XPS, XRD, Cu Y Y release Gold anoparticles Grigg et al. 2009[103] TEM, Scanning Mobility Particle Sizer Jacobsen et al. 2009[48] DLS Kang et al. 2009[104] TEM, SEM, UV/Vis spectroscopy Li et al. 2008[105] TEM and EDX Iron anoparticles Grigg et al. 2009[103] TEM, Scanning Mobility Particle Sizer ickel anoparticles Zhang et al. 1998[108] TEM, BET (manufacture) Platinum anoparticles Pelka et al. 2009[109] SEM, TEM, EDS Y Silver anoparticles Ahamed et al. 2008[113] TEM, zeta potential, DLS, XPS, AAS, ICP OES, SEM, EDS, selected area diffraction, FTIR AshaRani et al. 2009[114] TEM, EDS, UV Vis spectroscopy, STEM with elemental mapping Grigg et al. 2009[103] TEM, Scanning Mobility Particle Sizer Kim et al. 2009[115] TEM, dissolved silver ion concentration Y Sawosz et al. 2009[116] TEM Silver/Copper anoparticles Sawosz et al. 2009[116] TEM Silver/Palladium anoparticles Sawosz et al. 2009[116] TEM Metalloid anoparticles Germanium anoparticles Lin et al. 2009[73] TEM Y Silica anoparticles Barnes et al. 2008[122] TEM, DLS, zeta potential Gerloff et al. 2009[44] BET (manufacturer) Jin et al. 2007[123] none provided Lee et al. 2009[125] TEM, BET Wang et al. 2007[124] high performance particle sizer Yang et al. 2009[46] TEM, Raman spectroscopy Metal Oxide anoparticles Aluminum Oxide anoparticles Balasubramanyam et al. 2009[127] TEM, DLS, zeta potential Y

4 Citation Physicochemical P characterization Comparison to Kim et al. 2009b[126] none Cerium Oxide anoparticles Auffan et al. 2009[130] TEM, BET, XRD, XAES, DLS Y Lee et al. 2009[125] TEM, BET Pierscionek et al. TEM, fluorescence spectroscopy, XRD 2010[128] Rothen Rutishauser et al. TEM, XRD, X ray disk centrifugation 2009[129] CuO anoparticles Karlsson et al. 2008[22] TEM, DLS, zeta potential, surface area (manufacturer) Karlsson et al. 2009[23] TEM, BET (manufacturer), DLS Y Midander et al. 2009[94] SEM, DLS, laser diffraction, BET, FTIR, XPS, XRD, Cu Y Y release Iron Oxides anoparticles Auffan et al. 2006[133] TEM, XRD, DLS, BET, EXAFS Bhattacharya et al. SEM, DLS, zeta potential, EDS, TEM, BET, trace iron 2009[134] analysis Karlsson et al TEM, DLS, zeta potential, surface area (manufacturer) (Fe2O3)[22] Karlsson et al TEM, DLS, zeta potential (Fe3O4)[22] Karlsson et al TEM, BET (by manufacturer), DLS Y (Fe2O3)[23] Karlsson et al TEM, BET, DLS Y (Fe3O4)[23] MgO anoparticles Gerloff et al. 2009[44] BET (manufacturer) TiO2 anoparticles Bhattacharya et al. SEM, DLS, zeta potential, EDS, TEM, BET, trace iron 2009[134] analysis Falck et al. 2009[148] TEM, XRD, BET Y Gerloff et al. 2009[44] BET (manufacturer) Gopalan et al. 2009[146] SEM, DLS Gurr et al. 2005[19] none Y Kang et al. 2008[149] none but references to other studies Karlsson et al. 2009[23] TEM, BET (by manufacturer), DLS Y Lee et al. 2009[125] TEM, BET akagawa et al. none Y 1997[141] Reeves et al. 2008[142] none Rehn et al. 2003[154] TEM Serpone et al. 2006[151] BET, diffuse reflectance Trouiller et al. 2009[155] DLS Vevers et al. 2008[144] TEM, aggregation assessment using centrifugation and absorption, SEM Wang et al. 2007[150] TEM, zeta potential, BET, high performance particle sizer Zhang et al. 1998[108] TEM, BET (by manufacturer) Zhu et al. 2009[145] TEM

5 Citation Physicochemical P characterization Comparison to ZnO anoparticles Gerloff et al. 2009[44] BET (manufacturer) Gopalan et al. 2009[146] SEM, DLS Karlsson et al. 2008[22] TEM, DLS, zeta potential, surface area (manufacturer) Lin et al. 2009b[156] TEM, BET, XRD, metal impurities, DLS Y Sharma et al. 2009[157] TEM, DLS, zeta potential, BET surface area (manufacturer) Yang et al. 2009[46] TEM, Raman spectroscopy Additional Metal Oxides anoparticles Karlsson et al. 2008[22] TEM, DLS, zeta potential, surface area (manufacturer) Quantum Dots Anas et al. 2008[161] AFM Jacobsen et al. 2009[48] DLS attempted but unsuccessful A Gagné et al. 2008[163] fluorescence, filtration and ultrafiltration with various Y (Cd but not Te) A size filters followed by total Cd measurements Gagné et al. 2008b[164] none A Green and Howman none A 2005[159] Hoshino et al. 2004[160] fluorescence spectroscopy, DLS, zeta potential Y (ZnS but not Cd or Se) A Abbreviations AAS Atomic absorption spectroscopy AFM Atomic force microscopy BET Brunauer Emmett Teller surface area analysis DLS Dynamic light scattering EDS Energy dispersive X ray spectroscopy EXAFS Extended X ray absorption fine structure FTIR Fourier transform infrared spectroscopy ICP OES Inductively coupled plasma optical emission spectrometry IR infrared PAHs Polycyclic aromatic hydrocarbons SEM Scanning electron microscopy STEM Scanning transmission electron microscopy TEM Transmission electron microscopy TGA Thermal gravimetric analysis XAES X ray absorption near edge structure XPS X ray photoelectron spectroscopy XRD X ray Diffraction