Citation

Yoshida K, Fuzesi I, Suzan M, Nagy L. J. Environ. Sci. Health B 1990; 25(2): 169-183.

Affiliation

Faculty of Medicine, University of Alberta, Edmonton, Canada.

Copyright

(Copyright © 1990, Informa - Taylor and Francis Group)

DOI

10.1080/03601239009372682

PMID

2380485

Abstract

A traditional method to determine operator dermal exposure is to quantify the amount of pesticide coming into contact with specific body regions and then to integrate the deposition density values with the total body surface. It is known that extremely high deposition values may occur in the hand region; however, the source of contamination is generally assumed to be direct splash or contact with the pesticide container. One of the parameters affecting operator/pilot exposure could be the transfer of pesticide residue, particularly in the case of pesticides with a longer half-life, from contaminated surfaces of spray equipment by direct contact over extended periods. If the rate of skin absorption of pesticide is readily known, the expected values of daily dose for an operator or pilot may significantly rise due to the extended contact period. This study produced field data on the surface contamination of spray equipment used for ground and aerial applications. If field data on precise work practice (time-motion) observations are incorporated, it may be possible to estimate the potential exposure of operator/pilot due to hand contact with contaminated surfaces.

Language: en