Clear, colorless liquid that has an ammonia-like odor
Powerful reducing agent that is highly reactive
Exposure to metal oxides makes it highly exothermic and combustible
Used in rocket fuels, missile fuels, aircraft emergency power unit fuel (notably the F-16)
Used in chemical manufacturing (intermediate for insecticides/herbicides/dyes, polymerization catalyst for making plastics, used to manufacture sodium azide [air bag propellant], used to make isoniazid and fluconazole
OSHA limit 1 ppm in air for 8-hour workday
NIOSH recommends 0.03 ppm in air for 2-hour period
Odor threshold 3.7 ppm in air
Inhalation
Skin contact / absorption (rapid within 30 seconds of contact)
Ingestion<unk>  + ketone/aldehyde =<unk> s + B6 =<unk> s of pryidoxine
"consumes" B6 in body
functional B6 deficiency results
Metabolism of<unk>  produces free radical intermediates
Inhibits pyridoxine kinase as well as glutamic acid decarboxylase which results in decrease production of GABA neurotransmitter
"consumes" B6 in body
functional B6 deficiency results
Hydrazine toxicity
Kratom toxicity
Chloroform toxicity
Silver toxicity
Methane toxicity
Tin toxicity
Carbon disulfide toxicity
Chlorate toxicity