chemical burn

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chem·i·cal burn

a burn due to a caustic chemical.

chemical burn

Opthalmology A topical eye injury evoked by toxic fluids; untreated CBs can rapidly lead to permanent blindness; alkalines are more dangerous than acids as the high pH causes saponification of membranes with cell disruption and cell death; acids coagulate the superficial proteins, limiting the toxic agent's penetration Agents Ammonia derivatives–cleaning agents, fertilizers, refrigerants, lime products–plaster, mortar Management Irrigate with water, saline or any neutral pH liquid ASAP X ≥ 10 mins

chemical burn 

An injury caused, usually, by alkali (e.g. ammonia, caustic potash, lime, sodium hydroxide) or acid (e.g. hydrochloric, sulphuric). The type and severity of the injury depends on the properties of the chemical and upon which ocular tissue is involved. However, alkali burns are more severe than acid burns because they penetrate the tissues more rapidly and more deeply. In all cases, immediate copious irrigation is crucial, followed by a topicalanaesthetic to relieve pain. Irrigation is continued until repeated measurements of ocular pH reach and retain a normal value. Treatment includes cycloplegics, antibiotics, steroids, ascorbate (only in alkali burns) to restore collagen synthesis, and glaucoma medication may be needed to prevent an increase of intraocular pressure. In some cases, surgery may also be required.

Patient discussion about chemical burn

Q. How do you tell the difference between chemical burns, and burns from fire? Please don't spare on gross words i would like to know everything there is to burns.

A. Here is a ton of info on both-
http://en.wikipedia.org/wiki/Chemical_burn
http://en.wikipedia.org/wiki/Burn_%28injury%29

More discussions about chemical burn
References in periodicals archive ?
Table : Table 1 List of Researchers in University of Waterloo Institute for Polymer Research Researcher Department Research Charles Burns, chemical Compatibility of polymer blends MCIC engineering plasticization of polymers surface properties Scott Collins, chemisty Polymerization of ethylene and MCIC propylene by soluble and supported Ziegler-Natta catalysts, chemistry of catalyst supports Kenneth chemical Polymerization kinetics and O'Driscoll, FCIC engineering thermodynamics, detailed chemistry modelling of the free radical home- and co-polymerizations of vinyl monomers.
"I don't know what caused the burns, chemicals or fire.