Molecular genetic analysis in the criminal procedure and the utilising of the data obtained as the evidence
2018
0 views
0 downloads
Advisor: Dr. Öğr. Üyesi Serdar Talas
Abstract (EN)
Nowadays with the understanding of reaching the perpetrator through evidence, especially the scientific evidence has gained a great deal of significance and various regulations have been made accordingly. In this respect, molecular genetic analysis which constitutes the topic of my thesis plays an outstanding role in determining the guilt and innocence. Today it is possible to detect the perpetrator even by examining the hair or scuff acquired from the scene of the crime. Besides it is mostly required to interfere to the body to be able to compare and it is really essential to abide by the law as the results of examinations are mainly composed of personal data. As the part of my research, molecular genetic analysis will be analyzed through its relation to the personal data and human rights, circumstances of practice, obtaining the materials of examination, the evidence value of the examination results and lastly DNA data banks.
Author
Dr. Nihal Temizsoy Bayram
How to Cite
Nihal Temizsoy Bayram (Master Thesis). Molecular genetic analysis in the criminal procedure and the utilising of the data obtained as the evidence, 2018, İstanbul University.
License
Tüm Hakları Saklıdır
This work is shared under the specified license terms.
More theses from İstanbul University
- In the covid 19 pandemic of female employees at a university hospital attitudes and affecting factors in nutrition of 9 months-6 years old children(2022)
- The perception of the right-wing movements in Turkey as to the 27 May Coup: 1960-1980(2020)
- Economic and social life in the Ottoman Empire according to the 1890 year's news of La Turquie Newspaper(2022)
- Land regime in the Umayyads period(2022)
- Merkel hücreli karsinomda tanısal ve prognostik belirteçler(2022)
- Biotechnologically production of polyethylene terephthalate (PET) type plastic degrading enzyme petase in escherichia coli(2021)