PROFILE OF PATIENTS WITH RODENTICIDE POISONING AND PICTORIAL CONFIRMATION OF RODENTICIDE AS QUICK MEANS OF IDENTIFICATION: A STUDY IN A TERTIARY LEVEL HOSPITAL

Authors

  • Mousumi Sen Department of Forensic Medicine, ASHA Building 2nd Floor, Christian Medical College, Vellore 632004
  • B Vijayalekshmi Assistant Professor, Wellcome Trust Research Laboratory, division of GI Sciences
  • Anand Sharma Assistant Professor Department of Hepatology
  • Uday George Zachariah Professor Department of Hepatology
  • Eapen C E Professor, Department of Hepatology
  • Anand Z Professor Department of Medicine
  • Ravikar R Associate Professor, Department of Medicine
  • Abhilash KPP Professor Department of Emergency Medicine; Professor, RUHSA, Department of Community Medicine,
  • Sivanandan Senior Resident Department of Emergency Medicine; Professor, RUHSA, Department of Community Medicine,
  • Jagadesha S Senior Resident Department of Emergency Medicine; Professor, RUHSA, Department of Community Medicine,
  • Biswajit Paul

Keywords:

Rodenticide, poisoning, yellow phosphorus, mortality, picture identification

Abstract

Rodent control is important for survival and health of human populations and use of chemical rodenticides is one of the common methods of control. Yellow phosphorus is a highly toxic compound which is used as rodenticide and in firecrackers. This is a prospective observational study conducted on patients admitted to a tertiary care hospital with suspected rodenticide poisoning. The most common age group was 15-30 years with a male preponderance. The most common type of rodenticide consumed was found to be yellow phosphorus. In about three-quarters (72%) of the patients, the rodenticide was procured from grocery stores. In 32.4% of cases domestic fight was the reason for consuming the rodenticide.

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Published

2020-01-30

How to Cite

PROFILE OF PATIENTS WITH RODENTICIDE POISONING AND PICTORIAL CONFIRMATION OF RODENTICIDE AS QUICK MEANS OF IDENTIFICATION: A STUDY IN A TERTIARY LEVEL HOSPITAL. (2020). Journal of Forensic Medicine & Toxicology, 36(2), 25–30. Retrieved from https://acspublisher.com/journals/index.php/jfmt/article/view/17385