Mobilization of lead from retained bullets may lead to elevated lead levels in game tissue with consequences for consumers. We investigated lead mobilization in 2 white-tailed deer (Odocoileus virginianus) carrying retained lead ammunition from previous gunshot wounds. Lead concentrations in muscle tissue of deer with retained lead bullets were in the same range as control deer. In contrast, 1 deer had higher bone lead levels than controls, suggesting mobilization occurred. Our results suggest that lead mobilization to meat from retained lead bullets does not appear to pose a consumption risk for those consuming meat that is physically distant from lead particles embedded within the carcass
Wild meat often retains metallic particles originating from the ammunition fired by hunters. Since a...
Exposure to heavy metals is a potential challenge to the conservation of wildlife. One source of he...
The toxicity of lead has been known for a long time, and no safe uptake level can be derived for hum...
Human consumers of wildlife killed with lead ammunition may be exposed to health risks associated wi...
Human consumers of wildlife killed with lead ammunition may be exposed to health risks associated wi...
Human consumers of wildlife killed with lead ammunition may be exposed to health risks associated wi...
Recent studies have shown that lead shotgun slugs and muzzleloader bullets often fragment inside gam...
Avian scavengers, such as bald eagles (Haliaeetus leucocephalus), can be exposed to lead through the...
BACKGROUND: Lead is highly toxic to animals. Humans eating game killed using lead ammunition general...
Most White-tailed Deer (Odocoileus virginianus) in Illinois are harvested with firearms that use lea...
AbstractFragmentation of the lead core of conventional wildlife hunting rifle bullets causes contami...
Lead is highly toxic to animals. Humans eating game killed using lead ammunition generally avoid swa...
<div><p>The toxicity of lead has been known for a long time, and no safe uptake level can be derived...
Top predators and scavengers are vulnerable to pollutants, particularly those accumulated along the ...
In recent years, concern over the use of lead-based ammunition for hunting has been growing, primari...
Wild meat often retains metallic particles originating from the ammunition fired by hunters. Since a...
Exposure to heavy metals is a potential challenge to the conservation of wildlife. One source of he...
The toxicity of lead has been known for a long time, and no safe uptake level can be derived for hum...
Human consumers of wildlife killed with lead ammunition may be exposed to health risks associated wi...
Human consumers of wildlife killed with lead ammunition may be exposed to health risks associated wi...
Human consumers of wildlife killed with lead ammunition may be exposed to health risks associated wi...
Recent studies have shown that lead shotgun slugs and muzzleloader bullets often fragment inside gam...
Avian scavengers, such as bald eagles (Haliaeetus leucocephalus), can be exposed to lead through the...
BACKGROUND: Lead is highly toxic to animals. Humans eating game killed using lead ammunition general...
Most White-tailed Deer (Odocoileus virginianus) in Illinois are harvested with firearms that use lea...
AbstractFragmentation of the lead core of conventional wildlife hunting rifle bullets causes contami...
Lead is highly toxic to animals. Humans eating game killed using lead ammunition generally avoid swa...
<div><p>The toxicity of lead has been known for a long time, and no safe uptake level can be derived...
Top predators and scavengers are vulnerable to pollutants, particularly those accumulated along the ...
In recent years, concern over the use of lead-based ammunition for hunting has been growing, primari...
Wild meat often retains metallic particles originating from the ammunition fired by hunters. Since a...
Exposure to heavy metals is a potential challenge to the conservation of wildlife. One source of he...
The toxicity of lead has been known for a long time, and no safe uptake level can be derived for hum...