Marine environment can be affected by several pollutants such as the presence of elements and their chemical species, pharmaceuticals, nanoparticles and other emerging contaminants. Environmental monitoring can be assessed by genomics, proteomics (i.e. redox proteomics), chemical speciation analysis and metallomics, metabolomics as well as other
Marine environment can be affected by several pollutants such as the presence of elements and their chemical species, pharmaceuticals, nanoparticles and other emerging contaminants. Environmental monitoring can be assessed by genomics, proteomics (i.e. redox proteomics), chemical speciation analysis and metallomics, metabolomics as well as other
Dr. Tamara Garcia Barrera is an associate professor in the Department of Chemistry and Material Sciences at the University of Huelva, Spain.
Inhaltsangabe
Element Speciation in Seawater: From Free Metal Determination to Proteomic Analysis. The Decisive Role of ICPMS and Related Hyphenated Techniques in Multielement and Speciation Analysis of Marine Biota. Mercury Speciation in Marine Biota and its Influence on Human Health: Metallomic and Metabolomic Approaches. Selenium Speciation in the Marine Environment. Arsenic Occurrence in Marine Biota: The Analytical Approach. Biological Effects of Organotins on the Marine Environment. Functional Genomics Approaches in Marine Pollution and Aquaculture. New Trends in Aquatic Pollution Monitoring: From Conventional Biomarkers to Environmental Proteomics. Protein Expression Profiles in Marine Organisms Exposed to Nanoparticles. Effects of Climate Change in Marine Organisms: A Proteomic Approach. Environmental Metabolomics and Toxicometabolomics in Marine Pollution Assessment. Fate and Toxicity of Inorganic Engineered Nanomaterials in the Marine Environment: Analytical Techniques and Methods. Pharmaceuticals in the Marine Environment: Analytical Techniques and Applications. Biological Effects of Pharmaceuticals on the Marine Environment.
Element Speciation in Seawater: From Free Metal Determination to Proteomic Analysis. The Decisive Role of ICPMS and Related Hyphenated Techniques in Multielement and Speciation Analysis of Marine Biota. Mercury Speciation in Marine Biota and its Influence on Human Health: Metallomic and Metabolomic Approaches. Selenium Speciation in the Marine Environment. Arsenic Occurrence in Marine Biota: The Analytical Approach. Biological Effects of Organotins on the Marine Environment. Functional Genomics Approaches in Marine Pollution and Aquaculture. New Trends in Aquatic Pollution Monitoring: From Conventional Biomarkers to Environmental Proteomics. Protein Expression Profiles in Marine Organisms Exposed to Nanoparticles. Effects of Climate Change in Marine Organisms: A Proteomic Approach. Environmental Metabolomics and Toxicometabolomics in Marine Pollution Assessment. Fate and Toxicity of Inorganic Engineered Nanomaterials in the Marine Environment: Analytical Techniques and Methods. Pharmaceuticals in the Marine Environment: Analytical Techniques and Applications. Biological Effects of Pharmaceuticals on the Marine Environment.
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