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05 April 2018 Photo Xolisa Mnukwa
Global genealogy explored at UFS guest lecture
Karen Ehlers, lecturer in Department of Genetics; Prof Eugenia D’Amato, guest lecturer and Associate Professor: Department of Biotechnology at the UWC, and Prof Paul Grobler Head of Department: Genetics at the UFS.

Prof Eugenia D’Amato held a lecture at the University of the Free State (UFS) Department of Genetics about the research activities she has conducted in her unit at the University of the Western Cape (UWC), in the Forensic DNA lab of the Faculty of Natural Sciences.
 
The lecture focused on research topics she has piloted, including the use of forensic markers in South Africa. Prof D’Amato also spoke on food forensics, the identification of anti-apartheid activists, understanding human genetic variation, and the implementation of novel/refined methods, with a strong emphasis on the forensic use of Y chromosome-based information.

She concluded her PhD studies at the University of Buenos Aires in Argentina, at the forensic lab. Currently, Prof D’Amato participates in numerous genotyping international forensic collaborations.

 “A survey of existing genetic diversity,
the distribution of diversity, the forensic
parameters and applications are a few of
the subject matters which are important
components of the GlobalFiler project.”
Prof Eugenia D’Amato

She also belongs to the working committee of the “Innocence Project South Africa”.

Her training and subsequent experience in population genetics facilitated the design of a Y chromosome “kit”, as well as the analysis and successful identification of various individuals from highly degraded DNA. Her lecture revealed interesting statistics about how poorly represented African diversity is in the existing world population databases. She explained that mechanisms that drive differentiation include random “genetic drift” and historic demographic processes.
 
Prof D’Amato indicated that her “Database Projection” project for 2018/2019 aims at profiling the population groups of South Africa, Lesotho, and Zimbabwe. She further explained that a powerful tool for forensic application has been developed, and that there is potential for other applications including haplogroup prediction and the study of demographic history, that will aid her projects in the future.

News Archive

Nobel Laureate for Chemistry to visit UFS
2017-10-28

Description: Prof Levitt read more Tags: Prof Levitt read more

Prof Michael Levitt will be hosted by the UFS from
14 to 16 November 2017, where he will present the
first lecture in the Vice-Chancellor’s
Prestige Lecture Series.
Photo: Supplied

It is a great honour for the University of the Free State (UFS) to host Prof Michael Levitt, recipient of the 2013 Nobel Prize for Chemistry, which he shares with Marti Karplus and Arieh Warshel.

The trio received the Nobel Prize for their development of multiscale models used for complex chemical systems. “Being awarded the Nobel Prize is a unique and marvellous experience that no one can prepare for or could in any way know what to except,” said Prof Levitt during his 2013 Nobel Lecture at the Stanford University School of Medicine.

First lecture in Vice-Chancellor’s lecture series

The South African-born Nobel Laureate and Academy of Science of South Africa (ASSAf) Visiting Scholar will present the first lecture, Birth and Future of Multiscale Modelling of Macromolecules, in the Vice-Chancellors Prestige Lecture Series at the UFS on 14 November 2017. Prof Levitt is well-known for developing approaches which predict macromolecular structures.

He is one of many distinguished academics invited annually by ASSAf to deliver lectures as part of the Distinguished Visiting Scholars’ Programme, presented by ASSAf at universities across the country.

Pioneer in research of molecular dynamics

Prof Levitt is a biophysicist and a professor of Biology at Stanford University. He was one of the earliest researchers to conduct research on molecular dynamics stimulations of DNA and proteins. “My post-prize ambitions are twofold and probably inconsistent: (1) Work single-mindedly as I did in the mid-1970s on hard problems, and (2) Help today’s young scientists gain the recognition and independence which my generation enjoyed,” said Prof Levitt.

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