Progress and Prospects in Parkinson's Research/Causes/Toxins/Cadmium

Background

Cadmium is a chemical element (symbol Cd) with an atomic number of of 48. It is extracted for industrial purposes from lead ore. It was discovered in 1817.

Its uses include:-

• battery manufacture;
• as a pigment;
• solar panels;
• electroplating;
• nuclear fission.

Cadmium does not have a known role in human metabolism and is not therefore associated with any deficiency diseases.

Exposure to excessive cadmium can induce renal failure, initially in metal fume fever, chemical pneumonitis and pulmonary oedema. These conditions can be fatal. Post-menopausal women seem particularly susceptible to cadmium toxicity.

Research

1997

Okuda et al describe the case of a 64 year old man, who experienced Parkinsonism following acute exposure to cadmium.

2011

Tvermoes et al evaluated the effects of cadmium on under non-cytotoxic and cytotoxic conditions. They observed that Cadmium affects the expression of hundreds of functionally unrelated genes, by activating multiple signal transduction pathways, but it may also influence the gene expression of second messengers, such as calcium.

Further Reading

2011

Levin, Pamela R. Voice of the Environment .

Heavy Metal Toxicity:Testing.

http://voiceoftheenvironment.org/heavymetal/pamela_levin/Heavy%20Metal%20Toxicity%20-%20Testing.php

Search the scientific literature (Cadmium)
Literature search: Use the following links to query the PubMed, PubMed Central and Google Scholar databases using the Search terms:- Parkinson's_Disease Cadmium. This will list the latest papers on this topic. You are invited to update this page to reflect such recent results, pointing out their significance. Pubmed (abstracts) Pubmed_Central (Full_Text) Google_Scholar

Related Pages

Causes > Toxins

Sub Pages:

Cadmium - Copper - Dieldrin - Manganese - Maneb - Mercury - MPTP - n-Hexane - Paraquat - Rotenone - Toluene - Trichloroethylene - Ziram