Importance: Exposure can lead to various health issues, including skin lesions, cancer, and developmental effects.
Importance: Exposure can lead to various health issues, including skin lesions, cancer, and developmental effects.
Importance: Known to cause neurological damage, especially in children; also affects kidneys and blood pressure.
Importance: Exposure can result in kidney damage and bone loss;
Importance: Exposure can result in kidney damage and bone loss; also associated with lung and prostate cancers.
Importance: Can affect the nervous system, leading to cognitive deficits and motor dysfunction; particularly harmful in its organic forms.
Importance: High levels may be linked to neurological disorders, including Alzheimer's disease; exposure primarily from occupational and environmental sources.
Importance: Can cause respiratory and gastrointestinal issues; exposure usually occurs through industrial processes or contaminated water.
Importance: Generally low toxicity but can cause respiratory issues; organotin compounds are more concerning for health effects.
Importance: Exposure can lead to allergic reactions and respiratory issues; also associated with lung cancer in certain occupational settings.
Importance: Can cause respiratory and skin irritation; high exposure linked to cardiovascular issues.
Importance: Highly toxic; exposure can lead to neurological damage, hair loss, and other severe health issues.
Importance: Radioactive metal; exposure primarily from occupational sources can lead to kidney damage and increase cancer risk.
Importance: Primarily a concern in nuclear accidents; exposure can affect potassium balance in the body.
Importance: Chronic exposure can lead to argyria, a condition that causes discoloration of the skin; also affects liver and kidney function.
Importance: Exposure can cause chronic beryllium disease, a serious lung condition; mainly a concern in industrial settings.
Importance: Generally low toxicity; used in some medications but can cause toxicity at high levels when accumulated in the body.