Refinement of water-based foam depopulation procedures for finisher pigs during field conditions: Welfare implications and logistical aspects

Campler, Magnus R.; Cheng, Ting‐Yu; Arruda, Andréia G.; Flint, Mark; Kieffer, Justin; Youngblood, Brad; Bowman, Andrew S.

doi:10.1016/j.prevetmed.2023.105974

Cited by 1 publication

(1 citation statement)

References 37 publications

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“…(Recently reviewed by Arruda AG et al 62 ) Expansion gas-infused foams have been investigated. 63,64,65,66 A study by Lorbach et al 67 found that CO2 took an average of 202 sec for swine to stop moving -considerable better than N2 but not without its own issues.…”

Section: Animal Euthanasiamentioning

confidence: 99%

Unreactive N2 (Nitrogen gas) or the Reactive Toxic but Potent Anesthetic H2S (Hydrogen Sulfide gas) for More Humane Prisoner Executions and Animal Euthanasia? More Lessons, and Questions, from Anesthesia

DUNCAN

2024

Preprint

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On January 25, 2024 convicted murderer Kenneth Eugene Smith was executed in the US State of Alabama by N2-induced hypoxia, raising serious questions about this new method. The shortcomings of N2 (nitrogen gas) in this event are discussed. H2S (Hydrogen Sulfide gas) which, although very toxic, has been shown to be a very potent volatile anesthetic (VA). The effects of these two gases on loss of consciousness, the hypoxic ventilatory response, TASK-1/3 channels and how PaO2 fits in are explored. Huge numbers of animals are euthanized yearly, sometimes also using N2-induced hypoxia, and more rapid humane methods could be beneficial. How these studies reflect on the January 25, 2024 events is discussed.H2S potent anesthetic properties and the ability cause very rapid loss of consciousness and death presents itself as a possible far more humane method for execution and, in many cases, animal euthanasia.These technical discussions are not directed towards the philosophical debates about whether capital punishment is or is not just.

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Section: Animal Euthanasiamentioning

confidence: 99%

Unreactive N2 (Nitrogen gas) or the Reactive Toxic but Potent Anesthetic H2S (Hydrogen Sulfide gas) for More Humane Prisoner Executions and Animal Euthanasia? More Lessons, and Questions, from Anesthesia

DUNCAN

2024

Preprint

View full text Add to dashboard Cite

show abstract

Refinement of water-based foam depopulation procedures for finisher pigs during field conditions: Welfare implications and logistical aspects

Cited by 1 publication

References 37 publications

Unreactive N2 (Nitrogen gas) or the Reactive Toxic but Potent Anesthetic H2S (Hydrogen Sulfide gas) for More Humane Prisoner Executions and Animal Euthanasia? More Lessons, and Questions, from Anesthesia

Unreactive N2 (Nitrogen gas) or the Reactive Toxic but Potent Anesthetic H2S (Hydrogen Sulfide gas) for More Humane Prisoner Executions and Animal Euthanasia? More Lessons, and Questions, from Anesthesia

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