Abstract

The Government Chemist Laboratory Authority (GCLA) in Tanzania is the only institution offering DNA testing in solving various human identification challenges using Human DNA technology. Globally, forensic DNA typing has undeniably been a useful tool employed in cases such as criminal investigation,, missing persons and parentage testing. In Tanzania, the indispensable need for Human DNA technology in human identification was greatly emphasized in August 2009 following the inferno at Idodi secondary school in Iringa region whereby the fire burnt and razed a girl’s dormitory to the ground killing twelve girls student while leaving twenty students severely wounded. The cause of the fire was later determined to have been due to a lit candle by a student aiming to study late into the night even after the power generator had been switched off. DNA typing of 15 autosomal Short Tandem Repeat markers using ABI 3100 Genetic Analyser was performed on samples collected from the recovered deceased bodies and their relatives. Successful human identification was achieved for all twelve recovered bodies and their reunification with their respective families. Therefore, the Idodi gruesome incident marked both an icon in scientific approach towards the utilization of DNA technology for disaster victim identification and usefulness of experts’ collaborations from different disciplines in mass fatalities and human identification in Tanzania.

Highlights

  • DNA typing analysis is integral to missing person and disaster victims identification cases [1,2], It’s an important tool for supporting legal procedures, administration and humanitarian reasons [2]

  • This paper describes the response and contribution of Government Chemist Laboratory Authority (GCLA) in Disaster victim identification using DNA technology in Tanzania with particular reference to GCLA’s - Forensic DNA Laboratory’s contribution to Disaster Victim Identification for the August 2009 fire accident at Idodi Secondary School in Iringa whereby 12 girls students lost their lives while 20 were severely injured

  • The Probability of paternity of 99.99% were calculated to confirm all relationship as Fidelis Charles Bugoye et al.: DNA Identification of Human Remains in Disaster Victim Identification (DVI): An

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Summary

Introduction

DNA typing analysis is integral to missing person and disaster victims identification cases [1,2], It’s an important tool for supporting legal procedures, administration and humanitarian reasons [2]. This paper describes the response and contribution of Government Chemist Laboratory Authority (GCLA) in Disaster victim identification using DNA technology in Tanzania with particular reference to GCLA’s - Forensic DNA Laboratory’s contribution to Disaster Victim Identification for the August 2009 fire accident at Idodi Secondary School in Iringa whereby 12 girls students lost their lives while 20 were severely injured. Tanzania had experienced several mass disasters in the past, the Idodi fire accident marked the first known attempt where DNA technology in disaster victim Identification. Since enactment of the Human DNA Regulation Act, No 8 of 2009 increased the numbers of unknown victims of mass fatalities identified using DNA typing analysis as per HDNA regulation Act, section 25 (2d).

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