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12 February 2019 | Story Rulanzen Martin | Photo Rulanzen Martin
Prof Angelique van Niekerk and CP Naude
Charl-Pierre Naudé with Prof Angelique van Niekerk after launch and discussion of his book.

Die Ongelooflike Onskuld van Dirkie Verwey is the debut novel by Charl-Pierre Naudé, research fellow in the Department of Afrikaans and Dutch, German and French at the University of the Free State (UFS).

Naudé has published four volumes of poetry and is a poet by profession. Die Ongelooflike Onskuld van Dirkie Verwey is his first leap from poetry to prose. He is also a former winner of the Ingrid Jonker Prize for poetry.

The book, published by Tafelberg, was launched on the UFS Bloemfontein Campus on Thursday 30 January 2019 where Naudé was in conversation with Dr Francois Smit, also from the Department of Afrikaans and Dutch, German and French, during which the two of them attempted to analyse the world of the main characters; however, Naudé did not want to give away too much. ”I think people should read the book,” he said.

Spiritual and physical worlds

 

“The novel is a first-person narrative told by one of the characters. I wanted to play a certain bluff to determine exactly who the author of this book was,” said Naudé. The book is not totally explicable. “I wanted the reader to feel that it is not absolutely true.”

''The book seeks to combine the spiritual and physical worlds,” said Naudé. Die Ongelooflike Onskuld van Dirkie Verwey is essentially a love story in which the two worlds merge, but nonetheless never mix.

 

Creative writing course revived

 

“The book is Charl-Pierre’s creative output which forms part of his creative writing course,” said Head of Department, Prof Angelique van Niekerk. This is the first book published after the revival of the creative writing course at the UFS in 2015 – and what a book to kick off with!

“It is of great importance for our department to have been part of this book,” Dr Smith said.

Read here the article published in Huisgenoot.

News Archive

Newly operational sequencing unit in genomics at UFS
2016-09-09

Description: Next Generation Sequencing  Tags: Next Generation Sequencing

Dr Martin Nyaga and his research assistant,
Tshidiso Mogotsi in the Next Generation
Sequencing Laboratory.
Photo: Charl Devenish

The Next Generation Sequencing (NGS) unit at the UFS was established as an interdisciplinary facility under the Directorate for Research Development, Faculty of Health Sciences and Faculty of Natural and Agricultural Sciences.

The aim of the NGS facility is to aid internal and external investigators undertaking studies on Deoxyribonucleic acid (DNA) sequencing, assembly and bioinformatics approaches using the more advanced Illumina MiSeq NGS platform.

The NGS unit became operational in 2016 and is managed by Dr Martin Nyaga and administered through the office of the Dean, Faculty of Health Sciences, under the leadership of Prof Gert Van Zyl. Dr Nyaga has vast experience in microbial genomics, having done his PhD in Molecular Virology.

He has worked and collaborated with globally recognised centres of excellence in Prokaryotic and Eukaryotic genomics, namely the J. Craig Venter Institute and the Laboratory of Viral Metagenomics, Rega Institute, among others.

The unit has undertaken several projects and successfully generated data on bacterial, viral and human genomes. Currently, work is ongoing on bacterial and fungal metagenomics studies through 16S rRNA sequencing.

In addition, the unit is also working on plasmid/insert sequencing and whole genome sequencing of animal and human rotaviruses. The unit has capacity to undertake other kinds of panels like the HLA, Pan-cancer and Tumor 15 sequencing, among others.

Several investigators from the UFS including but not limited to Prof Felicity Burt, Prof Wijnand Swart, Dr Frans O’Neil, Dr Trudi O'Neill, Dr Charlotte Boucher, Dr Marieka Gryzenhout and Dr Kamaldeen Baba are actively in collaboration with the NGS unit.

The unit has also invested in other specialised equipment such as the M220 Focused-ultrasonicator (Covaris), 2100 Bioanalyzer system (Agilent) and the real-time PCR cycler, the Rotor-Gene Q (Qiagen), which both the UFS and external investigators can use for their research.

Investigators working on molecular and related studies are encouraged to engage with Dr Nyaga on how they would like to approach their genomics projects at the UFS NGS unit. 

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