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31 March 2020 | Story Leonie Bolleurs | Photo Gerhard de Jager
Prof Linda Basson recently returned from a three-month research expedition in Antarctica. Here she is, relaxing on the ice with the ever-inquisitive Adelie penguins having a gander at these strangers in their snowy world.
Prof Linda Basson recently returned from a three-month research expedition in Antarctica. Here she is, relaxing on the ice with the ever-inquisitive Adelie penguins having a gander at these strangers in their snowy world.

Very little is known about the parasites of Antarctica, which is a highly productive part of the oceans. These small organisms can be used very successfully to determine the health of this fragile ecosystem.

“Our research data can make significant contributions to the biodiversity of parasites, for a start. The data can also be very valuable to indicate the overall health of this large ecosystem – an ecosystem that drives many of the life-giving processes on our planet.” This is the belief of Prof Linda Basson from the Department of Zoology and Entomology at the University of the Free State (UFS). 

She is an aquatic parasitologist who concentrates on various parasites from a wide range of hosts, including vertebrates (fish and amphibians) and invertebrates (plankton, urchins, starfish, sea cucumbers and red-bait).

Prof Basson, together with PhD student Gerhard de Jager, was invited by Prof Isabelle Ansorge, Head of the School of Oceanography, University of Cape Town, to join her research team on the South African National Antarctic Programme (SANAE) Voyage 59 to Antarctica. 

Widen the scope of research 
“Our aim on this trip was to determine how we can collaborate with the various oceanographers to widen the scope of research normally performed on these voyages, in order to also include parasitological aspects. Once we arrived on the continent of Antarctica, we worked to collect a range of hosts from the Southern Ocean to screen these for the whole array of parasites,” she explains. 

No research of any kind on aquatic parasites has ever been done in Penguin Bukta and Akta Bukta, the specific areas where Prof Basson was based with other scientists and the rest of the Agulhas crew.

She adds: “Our research will contribute to the wider knowledge of parasites in marine environments, but specifically in this area where little to nothing is known.”

A chance of a lifetime 
“Antarctica was literally one of the top research destinations on my bucket list. Travelling to and working in Antarctica is a lifelong dream of mine. It was a chance of a lifetime that I could not miss out on,” says Prof Basson. 

Sharing her experience, she says a typical day on board the SA Agulhas II in Antarctica will start with a cup of good, quality coffee and a look at the prevailing weather on the stern of the ship. 

“One would always be amazed by the beautiful, ceaselessly changing water, the restless sea ice and the impressive ancient ice shelf in very invigorating temperatures, while an ethereal Snow Petrel swirls past and the occasional Adelie penguin comes to gaze and contemplate the presence of this large red structure floating in their habitat and obscuring their view. After tearing yourself away from this, the rest of the day would be spent either in the well-equipped laboratory working through collected samples, or else planning the next exciting collection in the intensely cold water.”

Remarkable journey 
To eternalise memories of this unique experience of almost three months, Prof Basson says that, “One cannot go without a fully charged camera with a large SD card, ready to capture the many facets of this exceedingly fragile but enchanting world of ice and sky, ever changing and all in innumerable shades of white”.

“This truly remarkable journey will forever be associated with a myriad of brilliant highlights.”

Finding it extremely difficult to single out a specific highlight, she listed a long list of memorable events, but as a scientist she will always remember “realising the wealth and cornucopia of microscopic life present in the southernmost of our oceans and seeing this first-hand under the microscope”.

News Archive

Haemophilia home infusion workshop
2017-12-17


 Description: haemophilia Tags: Haemophilia, community, patient, clinical skills, training 

Parents receive training for homecare of their children with haemophilia.
Photo Supplied


Caregivers for haemophilia patients, and patients themselves from around the Free State and Northern Cape attended a home infusion workshop held by the Clinical Skills unit in the Faculty of Health Sciences in July 2017. “It felt liberating and I feel confident to give the factor to my son correctly,” said Amanda Chaba-Okeke, the mother of a young patient, at the workshop. Her son, also at the workshop, agreed. “It felt lovely and good to learn how to administer factor VIII.” 

Clinical skills to empower parents and communities

There were two concurrent sessions: one attended by doctors from the Haemophilia Treatment Centre, and the other attended by community members including factor VIII and XI recipients, caregivers and parents. The doctors’ meeting was shown informative videos and demonstrations on how to administer the newly devised factor VII and XI kit, and discussed the pressing need for trained nurses at local clinics. Dr Jaco Joubert, a haematologist, made an educational presentation to the community members.

The South African Haemophilia Foundation was represented by Mahlomola Sewolane, who gave a brief talk about the role of the organisation in relation to the condition. Meanwhile, procedural training in the simulation laboratory involved doctors and nurses helping participants to learn the procedures by using mannequins and even some volunteers from among the patients.

A medical condition causing serious complications
Haemophilia is a medical condition in which the ability of the blood to clot is severely impaired, even from a slight injury. The condition is typically caused by a hereditary lack of a coagulation factor, most often factor VIII. Usually patients must go through replacement therapy in which concentrates of clotting factor VIII (for haemophilia A) or clotting factor IX (for haemophilia B) are slowly dripped or injected into the vein, to help replace the clotting factor that is missing or low. Patients have to receive this treatment in hospital.

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