Linked from

The 54 pages that link to Lead poisoning, each with the reason it gives.

• Lead–acid batteryRelated: Battery manufacture and recycling require controls because lead exposure can cause serious harm.

• Environmental healthBroader topic: Lead hazards show how persistent contamination can produce preventable population-wide harm.

• Electronic wasteRelated: Lead in old electronics can contaminate dust and soil during unsafe dismantling.

• LeadRelated: Lead’s toxicity arises when absorbed ions interfere with enzymes and other cellular functions.

• Mercury poisoningCompared with: Lead poisoning can resemble mercury toxicity but involves a different metal and exposure profile.

• NephrotoxicityRelated: Chronic lead exposure can damage kidney tubules and contribute to chronic kidney disease.

• Chelation therapyBroader topic: Chelation is considered for selected cases with sufficiently high lead burden.

• NeurotoxicityBroader topic: Lead is a well-studied neurotoxicant associated with cognitive and behavioral harm.

• Biological half-lifeRelated: Lead’s persistence differs across blood, soft tissue, and bone, showing that half-life depends on the compartment.

• Drinking waterRelated: Lead can enter drinking water from plumbing and pose serious risks, especially to children.

• PoisoningBroader topic: Repeated low-level exposure can cause lasting harm, especially during childhood development.

• KohlRelated: Lead-containing kohl can expose users, including children, to harmful lead.

• Ancient Egyptian cosmeticsRelated: Some Egyptian eye cosmetics contained lead compounds, raising questions about exposure and risk.

• Drinking water qualityRelated: Lead in drinking water is especially concerning for children, whose development is vulnerable to exposure.

• GalenaRelated: The history of galena pigment raises questions about exposure to lead-containing cosmetics.

• Lead(II) oxideNarrower topic: PbO dust and fumes pose poisoning risks through inhalation or ingestion.

• Thomas Midgley Jr.Related: Tetraethyllead exposure made the health costs of Midgley’s fuel additive consequential.

• PicaRelated: Eating contaminated soil or paint chips can expose someone with pica to lead.

• California condorRelated: Lead fragments in carcasses are a major, preventable source of condor mortality.

• Lead abatementNarrower topic: Preventing this health outcome motivates lead hazard control.

• DimercaprolCompared with: Dimercaprol is not generally used alone for lead poisoning because the complex may redistribute lead to the brain.

• Franklin expeditionRelated: Lead exposure from food tins was proposed as an explanation for crew sickness, though its role remains disputed.

• Lead(II) ionRelated: Dissolved lead compounds can release Pb²⁺ that enters the body.

• PorphyriaCompared with: It can elevate heme precursors and mimic biochemical or neurological features of acute porphyria.

• Toy safetyRelated: Lead in toy paint or materials can expose children through hand-to-mouth behavior.

• Alice HamiltonRelated: Hamilton documented lead exposure among industrial workers and pressed for safer workplace practices.

• Chrome yellowRelated: Lead in the pigment makes its manufacture and handling hazardous.

• Lead(II) sulfateRelated: PbSO₄ is a lead compound, so its dust or ingestion presents lead-exposure hazards.

• TetraethylleadNarrower topic: Lead released from tetraethyllead-contaminated exhaust caused widespread exposure.

• Lead(II) chlorideRelated: PbCl₂ is a lead compound and requires controls that prevent exposure and ingestion.

• Lead(II) nitrateRelated: Exposure to this soluble lead salt can deliver toxic lead into the body.

• Ethylenediaminetetraacetic acidRelated: Calcium disodium EDTA is used in selected cases to increase lead excretion.

• Lead(II) acetateNarrower topic: Absorbed lead from the salt can contribute to systemic poisoning.

• Lead(II) sulfideRelated: Mining and processing PbS can release lead into workplaces and environments.

• Trap shootingRelated: Lead shot used at some ranges can contaminate soil and expose wildlife or people.

• Herbert NeedlemanNarrower topic: Needleman’s work showed that harm could occur without the acute symptoms traditionally used to diagnose it.

• Lead dioxideRelated: Battery manufacture, recycling, and waste handling can expose people to lead compounds.

• Metal toxicityBroader topic: Lead is a persistent toxicant with well-established developmental and neurological effects.

• Microcytic anemiaRelated: Lead can impair heme synthesis and cause microcytic anemia.

• Sideroblastic anemiaCompared with: Lead can produce acquired sideroblastic changes, but exposure also causes other characteristic clinical and laboratory findings.

• Zamfara StateRelated: Gold processing in Zamfara has caused severe lead contamination in some communities.

• Bernardino RamazziniBroader topic: Ramazzini discussed health effects linked to lead used in trades such as pottery.

• Clair PattersonNarrower topic: Patterson’s environmental findings helped expose the public-health consequences of lead contamination.

• CrocoiteRelated: Handling or ingesting crocoite dust can expose people to toxic lead.

• GeophagiaRelated: Contaminated soil can make geophagia a route of lead exposure.

• Lead(II) chromateRelated: Lead released from the pigment can cause poisoning through ingestion or inhaled dust.

• Robert A. KehoeNarrower topic: Kehoe’s studies framed the health risks of lead exposure largely through recognized poisoning.

• Basic lead phosphiteRelated: Lead content makes occupational exposure and release during product disposal important concerns.

• Disorders of Environmental OriginBroader topic: It illustrates lasting harm from a widespread environmental toxicant.

• Eye shadowRelated: Historical eye cosmetics containing lead-bearing minerals illustrate ingredient hazards.