ZAGREB, June 14 (Hina) - The remains of 17 Croatian soldiers, exhumed from mass graves in Croatia, have been identified at the Zagreb Institute for Forensics. The remains include the bodies of 12 soldiers killed during the Serbian
aggression in Croatia, which were exhumed from the Ovcara mass grave near Vukovar, and five bodies exhumed from mass graves in the Banovina and Danube River regions. The bodies were identified with the help of the DNA method, which gives 99% accurate identification results when combined with classic identification methods, said Davor Strinovic, member of the Government Commission for Missing and Detained Persons, and Milovan Kubat, head of the DNA laboratory. This is the 62nd successful identification in which the DNA method was used, Kubat said. So far, 175 out of 200 bodies discovered in the Ovcara mass grave have been identified. The grave contained the bodies of Croatian
ZAGREB, June 14 (Hina) - The remains of 17 Croatian soldiers,
exhumed from mass graves in Croatia, have been identified at the
Zagreb Institute for Forensics.
The remains include the bodies of 12 soldiers killed during the
Serbian aggression in Croatia, which were exhumed from the Ovcara
mass grave near Vukovar, and five bodies exhumed from mass graves in
the Banovina and Danube River regions.
The bodies were identified with the help of the DNA method, which
gives 99% accurate identification results when combined with
classic identification methods, said Davor Strinovic, member of
the Government Commission for Missing and Detained Persons, and
Milovan Kubat, head of the DNA laboratory.
This is the 62nd successful identification in which the DNA method
was used, Kubat said.
So far, 175 out of 200 bodies discovered in the Ovcara mass grave
have been identified. The grave contained the bodies of Croatian
soldiers who were executed after Serb paramilitaries occupied
Vukovar. The victims were between 17 and 65 years of age, including
two women.
According to the Commission's data, another 1,450 persons are still
held missing.
(hina) rml