Latest News Archive

Please select Category, Year, and then Month to display items
Previous Archive
23 September 2022 | Story Anthony Mthembu | Photo iFlair Photography
Umakhoyane
Umakhoyane: Indigenous South African instrument affiliated with the Zulu tribe.

According to Dr Absolum Nkosi, Senior Lecturer in the Odeion School of Music at the University of the Free State (UFS), “ancient traditional instruments form part of the African heritage”. As such, with Heritage Day upon us, it is imperative to highlight these South African indigenous musical instruments. 

Some of the most prominent South African musical instruments currently in the possession of the UFS, include uhadi and umakhoyane, also referred to as ugubhu. At first glance, one would think that these instruments are the same. This would not be an incorrect assumption. In fact, these instruments share similarities in terms of purpose and how they have been used throughout their existence. 

Similarities and differences between the instruments
For instance, both uhadi and umakhoyane (ugubhu) are instruments traditionally played by women. Dr Nkosi maintains that songs accompanied by any of these instruments are usually personal, as they cover topics such as love, family, and relationships. Furthermore, the songs that were sung with the assistance of these instruments, were also about a reflection of the individual’s mental state. As such, the fact that both instruments have a very soft sound aided in that reflective process. 

However, there are key variations between these instruments. Uhadi is a single-string acoustic bow affiliated with the Xhosa tribe, whereas umakhoyane is a single-string acoustic bow affiliated with the Zulu tribe. In addition, umakhoyane possesses a bridge in the middle that uhadi does not. Furthermore, there is also a difference in the sound produced by the two instruments. “Uhadi produces one sound when it is played with the string openly without touching it; you can then get the second sound by pinching and releasing the string using the index finger and a thumb. However, umakhoyane produces two notes when playing the string on the upper and the lower level. The bridge in the middle of the string divides it into an upper part (low tone) and a lower part (high tone),” Dr Nkosi indicated.  

It is imperative to note that these instruments have adapted over time. In fact, they have been used in genres such as Jazz and contemporary Afro music. Therefore, Dr Nkosi believes that the preservation of these indigenous instruments is essential, as it keeps the African musical identity alive. 

News Archive

Dr Chantel Swart the ‘Expert on Stage’
2013-06-04

 

Presents Extraordinary Findings at International Nanomedicine Conference.
Photo: Sonia Small
04 June 2013

Dr Chantel Swart, an alumnus of the Prestige Scholars Programme (PSP) from the Department of Microbial, Biochemical and Food Biotechnology, is an invited “Expert on Stage” at the 4th International Nanomedicine Conference to be held in Sydney, Australia from 1 – 3 July 2013.

She is to share the podium with world authorities in nanomedicine.

Dr Swart’s presentation, “A New Nanotechnology for Nanomedicine”, will convey findings that made international headlines. She is part of the nanotechnology group of Prof Lodewyk Kock that discovered gas bubbles inside cells when using Auger-architectomics, a nanotechnology they developed in 2010. This nanotechnology is used to track nanomedicine inside cancer cells in collaboration with the Mayo Clinic in the US.

The Kock Nanotechnology Group includes scholars from the departments of Microbial, Biochemical and Food Biotechnology, Physics, Chemistry, the Centre for Microscopy (all from the UFS) and South African Breweries. Their breakthrough is also showcased on the cover of all issues of 2013 FEMS Yeast Research, a leading journal in yeast research. BiotecVisions and Global Medical Discovery (GMD) both selected this work for worldwide promotion at the end of 2012.

Dr Swart’s future research will use this newly-developed nanotechnology to visualize and hence explore the exposed nano-world. This will include work on the architecture of cells and effects of various drugs on cell metabolism.

A virtual tour is available at: http://vimeo.com/user6296337/videos.

We use cookies to make interactions with our websites and services easy and meaningful. To better understand how they are used, read more about the UFS cookie policy. By continuing to use this site you are giving us your consent to do this.

Accept