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This paper demonstrates that the RPTLC system can be used as a confirmation tool for regular adsorption TLC because it separates the pesticides of interest and also reverses their positions on the plate due to their partitioning with water solubility. A clinical procedure was devised for screening samples of gastric and urine for chlorinated, organophosphate, and carbamate insecticides via the use of conventional TLC. The presence of these insecticides was then confirmed by reverse-phase TLC via spotted TLC plates. In view of the plethora of insecticides currently found in the home, and in view of the numerous incidents of adults and children accidentally or purposely ingesting them. This confirming procedure should prove to be a clinically valuable tool in crucial emergency situations.
K R Ziminski, and
T J Manning, and
L Lukash
January 1973,
Revista de farmacia e bioquimica da Universidade de Sao Paulo,
K R Ziminski, and
T J Manning, and
L Lukash
February 1966,
Journal of chromatography,
K R Ziminski, and
T J Manning, and
L Lukash
May 1965,
Journal of chromatography,
K R Ziminski, and
T J Manning, and
L Lukash
December 1969,
The Analyst,
K R Ziminski, and
T J Manning, and
L Lukash
July 1969,
Journal of chromatography,
K R Ziminski, and
T J Manning, and
L Lukash
April 1994,
Analytical biochemistry,
K R Ziminski, and
T J Manning, and
L Lukash
April 1980,
The Journal of applied bacteriology,
K R Ziminski, and
T J Manning, and
L Lukash
September 1984,
Zhonghua yu fang yi xue za zhi [Chinese journal of preventive medicine],
K R Ziminski, and
T J Manning, and
L Lukash
March 1966,
Laboratory practice,
K R Ziminski, and
T J Manning, and
L Lukash
January 1971,
Revista de farmacia e bioquimica da Universidade de Sao Paulo,
