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Inhalant Agents:a Anesthetics
Because in the liquid state most inhalant anesthetics act as topical irritants, animals should be exposed to the vapors of the anesthetic only. Air or oxygen must be provided during the induction period.
ETHER
SPECIES - Cats, young dogs, birds, rodents, amphibians, reptiles and other small animals
REMARKS ON SUITABILITY - Acceptable - Should be used in approved hood according to institutional guidelines.
HALOTHANE
SPECIES - Cats, young dogs, birds, rodents, amphibians, reptiles and other small animals
REMARKS ON SUITABILITY- Acceptable - Considered the most effective inhalant anesthesia for euthanasia.
METHOXYFLURANE
SPECIES - Cats, young dogs, birds, rodents, amphibians, reptiles and other small animals
REMARKS ON SUITABILITY- Acceptable
ISOFLURANE
SPECIES - Cats, young dogs, birds, rodents, amphibians, reptiles and other small animals
REMARKS ON SUITABILITY- Acceptable
NITROUS OXIDE (NO)
SPECIES - Cats, young dogs, birds, rodents, amphibians, reptiles and other small animals
REMARKS ON SUITABILITY- Conditionally Acceptable - when used with other inhalant anesthetics
ENFLURANE
SPECIES - Cats, young dogs, birds, rodents, amphibians, reptiles and other small animals
REMARKS ON SUITABILITY- Acceptable
a Should not be used in dogs and cats <16 weeks of age p> Inhalant Agents: Non-Anesthetics
Most agents in this category require the use of special equipment.
CARBON DIOXIDE (CO2)
SPECIES - Dogs, cats, rodents, rabbits, amphibians, reptiles and other small animals
REMARKS ON SUITABILITY- Acceptable - Bottled gas preferred, requires special equipment
CARBON MONOXIDE (CO)
SPECIES - Dogs, cats, rodents, rabbits and amphibians
REMARKS ON SUITABILITY- Acceptable - Bottled gas only, requires special equipment
NITROGEN (N2)/ARGON (AR)
SPECIES - Dogs, cats, rodents, and rabbits
REMARKS ON SUITABILITY - Conditionally Acceptable - Animals should be anesthetized or heavily sedated
Non-Inhalant Pharmacologic Agents
Use of these agents requires adequate restrain and mastery of appropriate injection techniques.
BARBITURIC ACID
SPECIES - Most species
REMARKS ON SUITABILITY - Acceptable - Should be administered by IV whenever practical. IP is an acceptable alternative in small animals (<7 kg). p>T-61
SPECIES - Mammalian species
REMARKS ON SUITABILITY - Acceptable - When administered IV. Not available in U.S.
TRICAINE METHANESULFATE (MS 222)
SPECIES - Fish and amphibians
REMARKS ON SUITABILITY - Acceptable
BENZOCAINE HYDROCHLORIDE
SPECIES - Fish and amphibians
REMARKS ON SUITABILITY - Acceptable
Physical Methods
These methods require that the user have complete mastery of the techniques to be used
ELECTROCUTION
SPECIES - Mammalian species
REMARKS ON SUITABILITY - Conditionally Acceptable - Two step procedure, requires special equipment
PENETRATING CAPTIVE-BOLT PISTOL
SPECIES - Large animals, dogs and rabbits
REMARKS ON SUITABILITY - Conditionally Acceptable - Requires special skills and equipment
CERVICAL DISLOCATION
SPECIES - Small mammals, birds, rats (200 gm or less) and rabbit under 1 kg
REMARKS ON SUITABILITY - Conditionally Acceptable - Proper technique is essential. Larger rats and rabbits require special equipment and demonstrated proficiency.
DECAPITATION
SPECIES - Small mammals, birds, amphibians, fish and reptiles
REMARKS ON SUITABILITY - Conditionally Acceptable - Should be followed by pithing in poikilotherm.
PITHING
SPECIES -Some piokilotherms
REMARKS ON SUITABILITY - Conditionally acceptable - Death not immediate unless double pithed.
MICROWAVE
SPECIES - Small rodents
REMARKS ON SUITABILITY - Acceptable - Requires special restraint and focusing equipment. Microwave ovens are absolutely condemned for use.
Adjunctive Methods
When properly done these methods induce unconsciousness, but do not ensure death.
STUNNING
SPECIES - Small mammals, fish, amphibians and reptiles
REMARKS ON SUITABILITY - Single blow to head followed by a method that ensures death.
EXSANGUINATION
SPECIES - Most species
REMARKS ON SUITABILITY - Must be rendered unconscious by some other method first.
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Created by Brent Martin, DVM, ACLAM (b_martin@lifesci.lscf.ucsb.edu)