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more general categories information about this item Biological Sciences Biological Sciences genetics (60992) molecular genetics (44734) mutation (5459) DNA damage (547) Calendar Year Calendar Year Year (337475) 2011 (42920) Health and Pathology Health and Pathology pathological processes and conditions (16753) oxidative stress (2367) Natural Resources, Earth and Environmental Sciences Natural Resources, Earth and Environmental Sciences environmental science (25745) environmental degradation (16012) pollution (12513) pollutants (6440) emissions (2923) particulate emissions (188) fire science and management (2055) burning (674) Physical and Chemical Sciences Physical and Chemical Sciences chemical substances (129118) chemical compounds (78840) inorganic compounds (30695) metals (14084) metallic elements (11806) transition elements (6939) copper (1497) elements (30672) metallic elements (11806) transition elements (6939) copper (1497) nonmetallic elements (20442) carbon (6748) oxygen (3908) reactive oxygen species (1216) trace elements (7005) copper (1497) technical chemicals (15701) dyes (1058) reactive dyes (49) Reference Types Reference Types Journal (337546) Research, Technology and Engineering Research, Technology and Engineering materials science (14620) material forms (6970) particulates (517) Abstract of Article: Will be presented in next release Date Last Accessed: Accessed January 20, 2015 Title of Article: Soot-driven reactive oxygen species formation from incense burning Author(s) of Article: Will be identified in next release Citation: Science of the total environment 2011 v.409 no.22 pp. 4781-4787 Click to View: (Click to View) Date of Publication: 2011 Location of Article: http://pubag.nal.usda.gov/pubag/article.xhtml?id=581811 Name of Publication: Science of the total environment Publishing Company: Will be identified in next release Accession Number: 180386
