Cadmium Toxicity

This volume focuses on cadmium (Cd) exposure, its effects on human health, the mechanism of Cd accumulation and the development of mitigation technologies. Further, it discusses clinical, epidemiological, agricultural, toxicological, and biochemical aspects of Cd pollution and presents recent biochemical studies on molecular mechanisms of Cd cytotoxicity and cellular transport as well as the mechanism of Cd-induced disturbances in phosphorus (P) metabolism. It also provides insights into the pathophysiology of itai-itai disease, a serious condition caused by Cd pollution. Cadmium -New Aspects in Human Disease, Rice Contamination, and Cytotoxicity- is a valuable resource for scientists involved in heavy metal toxicology, botanical sciences, and regulatory sciences. Addressing the features of Cd pollution in the past and in the present, as well as future perspectives, this is a must-have book for students, researchers and practitioners interested in globaland local metal pollution.

Inhalt
Section 1 Overview1 Overview of historical and current problems of cadmium pollution in JapanSection 2 Health effects of cadmium in human populations and its relation to cadmium exposure levels2 History and present status of Itai-Itai disease3 Pathophysiology of renal and bone lesions in Itai-itai disease4 A long-term follow-up study of the residents exposed to cadmium in Kakehashi River basin5 Effects of cadmium exposure on life prognosis6 Evaluation of cadmium exposure and health effects among rice farmers in Akita prefecture7 Cadmium intake from foods among general population in Japan and AsiaSection 3 Rice contamination by cadmium and its remediation8 Regulation of cadmium contents in rice9 Molecular mechanism of cadmium accumulation in rice10 Mitigation technologies of cadmium and arsenic in rice11 Development of low-cadmium-accumulating riceSection 4 New aspects in the mechanisms of cadmium toxicity12 Novel mechanisms of cadmium-induced cell death13 Cadmium transport and toxicity in the kidney14 Disturbance in phosphorus metabolism by cadmium exposure