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71 Cards in this Set

  • Front
  • Back
DEET
-typical use
-insect repellent
DEET
-effect of excessive contact to high concentrations
-progressive peripheral and CNS dysfunction
-excitability
-tremors
-seizures
DEET
-treatment
-symptomatically
Ant/Roach Bait
-largest concern
-plastic/metal can cause foreign body hazard

-active ingredients not in high enough levels
Birth Control Pills
-largest concern
-foreign body from plastic

-not enough estrogen in a package to cause concern
Silica gel dessicants
-concerns
-mild GI signs
-possible foreign body

-silica is biologically and chemically inert
Glow stick
-clinical signs
-drooling
-hyperactivity
-head shaking
Soaps and anionic/non-ionic detergents
-symptoms
-GI irritant

-use symptomatic care
Super glue
-largest concern
-heat and irritant vapors from activation irritating the eyes

-becomes inert once it polymerizes
Super glue
-treatment
-flush eyes with tepid water/saline for 15 mins
-eyelid separation in 1-4 days
-use mineral/vegetable oil for skin contact
-wear away on its own in the mouth
Gorilla glue
-effect
-expands in stomach (polyurethane)
-blockage and gastric dilatation
Gorilla glue
-treatment
-gastrostomy
Cigarettes
-effects
-acute GI signs followed by transient neurologic dysfunction
-vomiting
-salivation
-diarrhea
-CNS excitement
-neurologic collapse
-respiratory paralysis
Cigarettes
-treatment
-decontaminate
-fluids
-respiratory support
Medicated dermal patches
-reason for effects
-high doses of chemical due to poor dermal absorption
Vitamin A poisoning
-main source
-stray cats fed a high level of raw fish liver diets
Vitamin A poisoning
-acute vs. chronic poison
-acute: vomiting, diarrhea, abdominal pain
-chronic: lethargy, anorexia, weight loss, neck pain, skin problems, tense musculature
Neck and limb rigidity due to vitamin A toxicity
-aka
-exostosis
Vitamin A toxicity
-treatment
-remove source
-change diet
-fluids
D-limonene
-main use
-flea control shampoos and sprays
D-limonene
-clinical effects
-eye/skin irritation
-salivation
-muscle weakness
-shivering
-ataxia
-hypothermia
D-limonene
-treatment
-wash repeatedly with warm soap and water
-monitor body temp
-fluids
Naphthalene
-found in
-mothballs
Naphthalene toxicity
-Mechanism of action
-irritant
-generates free radicals (hemoglobin --> metHb)
-secondary liver and kidney failure
Naphthaline toxicity
-clinical effects
-vomiting
-heinz body anemia (icterus, cyanosis, dyspnea)
Naphthaline toxicity
-treatment
-decontaminate
-control vomiting
-methylene blue
Paradichlorobenzene
-found in
-moth balls
-garbage can deodorizers
Paradichlorobenzene
-effects
-irritant (vomiting, diarrhea)
-neurological effects (tremors, seizures)
Paradichlorobenzene
-treatment
-diazepam
-IV fluid
Paintball ingestion
-mechanism of toxicity
-act as osmotic cathartics on ingestion (high Na)
Paintball ingestion
-signs/effects
-vomiting, diarrhea, ataxia, tremors
-cardiac irregularities, hyperactivity, hyperthermia, seizures, blindness
-acidosis, hypernatremia, electrolyte imbalance
Paintball ingestion
-treatment
-emesis
-IV fluid (2-3x maintenance)
-monitor 24 hrs
Xylitol
-what is it
-sweetener in sugar-free candy and gum
Xylitol
-mechanism of toxicity
-stimulates burst of insulin release from pancreas
-produces hypoglycemia in <2 hrs
Xylitol
-effects of hypoglycemia
-weakness, ataxia, collapse
-liver necrosis
-coagulopathy from liver failure
Xylitol ingestion
-treatment
-IV infusion of 50% dextrose
-activated charcoal
-monitor
Battery problems
-alkaline
-lithium
-nickel/cadmium
-acid dry cell
-alkaline: caustic
-lithium: usually safe
-nickel/cadmium: renal damage with high dose
-acid dry cell: corrosive
Battery ingestion
-treatment
-may begin to leak if not passed in 48-72 hrs
-can cause perforations
-image the GI tract
-may require surgery (NO emesis)
Ethylene Glycol
-effects
-CNS depressant
-acidosis from metabolism to glycolic/oxalic acid
-oxalic acid --> calcium oxalate --> renal failure
Ethylene glycol
-diagnosis
-test for Ethylene glycol in serum/urine
-dec. serum Calcium and pH
-massive increase in Ca oxalate crystals in urine

-Postmortem: crystals in renal tubules
Ethylene glycol
-treatment
-decontamination via emesis
-inhibition of alcohol dehydrogenase (fomepizole IV)
-aggressive fluid therapy
-correct acidosis
Ethylene Glycol
-prognosis
-dogs: good if treated within 8-12 hrs (avoid liver failure)
-cats: poor
-full recovery of renal function may take time
Other antifreezes
-methanol (wood alcohol)
-de-icing agents (salts)
Chocolate toxicity
-toxic compound
Methyl-xanthines:
-theobromine
-caffeine
-theophyline
Chocolate toxicity
-risk factors
-small body size
-pre-existing heart conditions
-epilepsy
Chocolate toxicity
-clinical picture
-develops w/n 6-12 hrs
-vomiting, diarrhea, restlessness, inc. BP/HR, excitement, hyperthermia, cardiac arrhythmia, ataxia
-hyper excitability --> seizures
-fatality from arrhythmia, respiratory failure, DIC
Chocolate toxicity
-treatment
-decontaminate (activated charcoal)
-CNS (diazepam, barbituates, methocarbamol)
-Cardiac (propanolol, lidocaine, atropine)
-Maintain urine output (fluids, diuretics)
-Hyperthermia (cold infusions)
-Monitor
Chocolate toxicity
-most toxic type
-dark chocolate
-baker's chocolate
Tea Tree oil
-normal use
-flea control
Tea Tree Oil
-effects of high toxicity
-CNS effects in cats and dogs
-ataxia, trembling, depression, paralysis, coma
Tea Tree Oil toxicity
-treatment
-none
Petroleum hydrocarbons
-why are small molecules more toxic
-less viscous
-more volatile and more absorbable

-higher risk of aspiration pneumonia and systemic toxicity
Crude oil expose
-oil types
-sweet oil
-crude oil
Sweet oil
-characteristics
-most volatile and toxic
-death within 7-14 days
Sour oil
-characteristics
-KS oil
-higher molecular compounds
-death in 16-24 days
Crude oil ingestion
-common spp seen in
-cattle
Crude oil toxicity
-sources for ingestion
-oil wells, leaking storage tanks & pipelines, spilled oil from trucks
-oil well flooding (major)
-cattle go on oil licking binges and drink several liters of oil if water is withheld for > 48 hrs
Crude oil ingestion
-clinical picture
-bloat
-diarrhea
-oil on tail, rear quarters, feces
-smell of oil in milk, breath, feces
-black rumen contents
-reduced milk prod.
-dec. body condition
-pain
-pneumonia
-liver/kidney failure
-bone marrow suppression
Crude oil toxicity
-treatment
-remove source
-give mineral oil (competes and speeds excretion)
-rumenotomy if possible (remove material, clean with detergent, replace detergent with electrolyte mix)
-nursing and supportive care
How long does it take to assess effects of oil ingestion in an area/herd?
-6-12 months
Caustics and corrosives
-reason for effects
-Extreme pH

-Alkaline = caustic (drain/overn cleaner)
-Acidic = corrosive (sulfuric acid in car batteries, hydrochloric acid in swimming pools)
Caustics or corrosives
-which is generally more hazardous?
-why
-caustics

-delayed and poor sensation of pain allowing for larger ingestion of substance
Caustics
-effects
Liquifactive necrosis
-ulceration and proliferation
Tissue most susceptible to caustics
-esophagus
Caustics
-treaatment
-NO EMESIS
-Dilute & Protect (water/milk, egg white, sucralfate)
-wash skin with lots of water
-rinse eyes
-IV fluids
-Treat ulceration and perforation
Corrosives
-effects
Coagulative necrosis
-burned tissue forms a protective layer
-less chance for perforation
Corrosives
-treatment
Similar to caustics
-NO EMESIS
-dilute and protect
-wash skin
-rinse eyes
-pain control
-treat ulcers
-IV fluids
Cationic detergent
-molecular basis
-quaternary ammonium cations
Cationic detergents
-products found in
-disinfectants
-surfactants
-fabric softeners
-dryer strips
Cationic detergent
-effects
-irritation
-corrosive in high concentrations
-systemic (neuromuscular blocking, oxidative cytotoxicity)
Cationic Detergents
-treatment
-treat topically like caustics/corrosives
-low conc. ingestion = dilution and protection like caustics/corrosives
-high conc. ingestion = aggressive decontamination (gastric lavage, IV fluid, monitior cardiac & repiratory function, assess and treat ulceration)