Dioxin Environmental Fate and Health/Ecological Consequences
Coordonnateurs : Kurwadkar Sudarshan, Mandal Prabir, Soni Shivani
Dioxin ? Environmental Fate and Health/Ecological Consequences offers a unique, and comprehensive coverage of dioxins and their congeners once they are released to the environment. The book provides readers with a systematic understanding of past and emerging sources of dioxins, current dioxins inventories and historical trends, fate and long-range transboundary atmospheric transport, human health, and ecological risk and regulatory perspective. Providing an excellent analysis of dioxin exposure through the food chain and impact on human health, it also documents the environmental implications of dioxins on ecological flora and fauna.
The book offers readers a holistic understanding about dioxins, their atmospheric fate and transport, distribution in various environmental matrices and various routes and exposure pathways through which human beings are exposed to this persistent organic pollutant. It further offers an insight into the toxicological profile and mechanistic analysis of the onset of cancer, remediation technologies, and existing regulatory framework to deal with the problems associated with dioxins.
The book will serve as an excellent resource to environmental professionals, particularly environmental toxicologists, environmental health professionals, remediation engineers, environmental regulatory agencies, policymakers, and environmental law professionals.
Date de parution : 02-2020
17.4x24.6 cm
Thèmes de Dioxin :
Mots-clés :
PCR Amplify 16S rRNA Gene; environmental toxicology; Aryl Hydrocarbon Receptor; environmental science; Ng TEQ; environmental chemistry; Soil Contamination; toxins; Neuroblastoma Ras Oncogene; ecology; Global DNA Hypermethylation; organic pollutants; Steroid Receptor Coactivator; human health; SRC-1; ecological risk; CXCR4 Gene; environmental implications; AHR Nuclear Translocator; remediation technologies; TCDD; dioxins; Dioxin Exposure; PCB Congener; TEQ Quantity; Endocrine Disruption; Dioxin Pollution; Dioxin Compounds; PCDFs; Total PCBs; Subarnarekha River; Hsp 90; Predominant Congener; Receptor Co-activator; DNA Methylation; PCB-156