Ls. Cornish et al., AUTOMATIC DISHWASHER DETERGENT POISONING - OPPORTUNITIES FOR PREVENTION, Australian and New Zealand journal of public health, 20(3), 1996, pp. 278-283
We investigated the antecedents of ingestion of dishwashing machine de
tergent to enable the development of effective countermeasures. Parent
s who had sought advice from the Victorian Poisons information Centre
about dishwasher detergent poisoning exposures of their children were
interviewed by telephone. Almost all the children (94 per cent) were a
ged between 6 and 29 months. Of the 51 children included in the survey
, 53 (87 per cent) gained access to the detergent from the dishwasher.
Of these, 50 (94 per cent) took the detergent from the dispenser on t
he internal surface of the door of the machine, and 38 (76 per cent) o
f these ingested detergent remaining in the dispenser after operation
of the machine. Parents were present in the room on 78 per cent of occ
asions at the time of ingestion. Most parents (72 per cent) were aware
of the toxicity of the detergents. Relocation of the dispenser or red
esigning it to prevent access both before and after operation would ha
ve prevented most of the exposures to detergent Altering the detergent
to prevent caking or sludging might prevent many of the exposures to
detergent remaining in the dispenser after operation of the machine. T
he level of prior knowledge about toxicity suggests that education or
additional warnings are unlikely to contribute substantially to preven
tion of poisoning. Telephone call-back to identified cases is a useful
method of investigating complex poisoning problems and developing eff
ective countermeasures.