October is Breast Cancer Awareness Month, and what better way to celebrate than with floral elegance, an exquisite high tea, motivational speakers, and a live auction – all in the spirit of hope and healing.
On Saturday morning, 25th October 2025, at 11 am, PinkDrive will host their Hope Blooms High Tea at the Radisson Blu Hotel, Durban Umhlanga, a time of spring celebration and impactful fundraising. And you’re invited!
PinkDrive is a non-profit organisation (NPO) committed to prolonging lives through early detection of gender-related cancers. They operate mobile health units – those iconic pink trucks – that travel to rural and township areas to provide essential screenings to those who lack or have limited access to adequate healthcare.
Recent Rio Tinto outreach statistics highlight the urgent need for such interventions. In just one week in KwaZulu-Natal, 2251 health services were rendered, including 146 mammograms and 141 clinical breast examinations.
PinkDrive receives no government funding, relying entirely on donations, corporate partnerships, and community support to sustain its essential work. Among these partners is Lee-Chem Laboratories through their Mandy’s brand.
“This cause is deeply important to us – we’ve proudly supported PinkDrive for many years as a long-term corporate partner because of the difference they make in communities that need it most,” says Bhavna Sanker, Marketing Manager at Lee-Chem Laboratories. “It is a privilege to stand alongside them in their efforts to promote early detection and prolong lives. The Hope Blooms fundraiser perfectly reflects our shared commitment to raising awareness, providing crucial screening, and ultimately bringing hope where it’s needed most,” she explains. “We therefore want to encourage the public to also get involved by purchasing a ticket and enjoying an uplifting morning in support of PinkDrive’s vital work.
According to Janice Benecke from PinkDrive, corporate sponsors and partnerships, like that of Mandy’s, enable them to deliver this essential community service. “Mandy’s has been a proud supporter of PinkDrive for many years, generously providing branding, hampers, and product samples, along with an annual donation,” she says. “Through sponsored events like Hope Blooms, we hope to inspire further partnerships and support for our mission.”
Dr Marion Algar, Clinical Oncologist at Hopelands Cancer Centre specialising in breast cancer treatment, and Advocate Pria Hassan, founder of Women of Africa and champion of accessible healthcare through initiatives like iBreast, will share their insights as guest speakers. The elegant affair will be hosted by the lovely Delia Kroll, Mrs SA 2024 finalist, and attendees can also look forward to a welcome drink, networking opportunities, raffle prizes, gift bags, and an exciting live auction. Proceeds will go towards supporting PinkDrive’s free services, including clinical breast examinations, education, pap smears, and funding toward a new mammogram truck. Last year’s event raised R25 000; this year’s goal is to double that amount through your support.
“Hope Blooms reflects the courage, resilience, and renewal that come with a breast cancer journey,” notes Benecke. “Just like flowers that bloom after winter, it’s a reminder that through awareness, support, and love, hope always finds a way to grow.”
She concludes: “We want everyone to leave with this key message, and it’sa motto that I live by: ‘Only Believe, All Things Are Possible.’ Just look at me, I am a walking miracle.”
Tickets are R695 per person with a floral dress code. 10% of proceeds go directly to PinkDrive, and bookings can be made at info.durban.umhlanga@radissonblu.com. So why not consider purchasing a corporate table, inviting members from your sports or social club, or coming along with friends to enjoy a morning of elegance and purpose?
Every day for ten years, Surgeons for Little Lives has stood beside children and families, providing life-saving care and support.
Professor Jerome Loveland, Founder and Chair of Surgeons for Little Lives at the Chris Hani Baragwanath Academic Hospital paediatric surgery department
For the past ten years, Surgeons for Little Lives has stood as a lifeline for thousands of children at Chris Hani Baragwanath Academic Hospital (CHBAH) in Soweto – the largest hospital in the southern hemisphere. In a healthcare system often stretched to its limits, this dedicated non-profit organisation has filled critical gaps with compassion, resilience and an unwavering belief that every child deserves the best possible care.
Since its founding in 2015, Surgeons for Little Lives has walked hand-in-hand with doctors, nurses, patients and families, not only providing vital resources but transforming the hospital experience for young patients. From upgrading surgical wards and equipment, to nurturing the next generation of paediatric specialists and creating welcoming, family-friendly spaces that offer comfort in the darkest moments – its work has made healing more than just a medical process. It’s become a human one.
“Our first ten years have shown what’s possible when people come together with one shared purpose: to save and uplift the lives of children,” says Professor Jerome Loveland, Founder and Chair of Surgeons for Little Lives. “We are deeply proud of what has been accomplished – but we know the need is growing. That’s why we will continue, every single day, to build capacity, inspire future leaders, and give every child a fighting chance at a brighter future.”
Why this work matters
South Africa has one of the highest burdens of paediatric surgical disease in the region. Children make up nearly 40% of the population, yet there are too few specialists and limited facilities to meet the demand. Severe burns, congenital conditions, childhood cancers and trauma are common, and without surgery many children would not survive.
At CHBAH alone, the paediatric surgery department sees more than 11,000 patients each year and performs over 2,300 operations. Surgeons for Little Lives works closely with the Department of Health to turn overstretched wards into spaces where children can recover with dignity.
3,650 days of achievement
Hospitals can be intimidating places for children. Surgeons for Little Lives has transformed the hospital environment with projects like an outdoor play area for recovering patients, family sleep-over facilities, and a fully revamped Ward 32 with a library, playroom, and upgraded bathrooms. Most recently, the organisation launched the Wells Paediatric Burns Unit, which doubled ICU beds, improved infection control, and added rehab spaces. For families, these changes mean children receive life-saving surgery and care in an environment designed with their needs in mind.
Beyond facilities, Surgeons for Little Lives has created programmes that focus on children’s emotional and physical wellbeing. Healing Through Art & Music gives young patients a way to process trauma through creativity and the SCAN programme, launched in 2023, helps to detect and prevent child abuse. In partnership with the South African Breastmilk Reserve, Surgeons for Little Lives also set up lactation support for new mothers. Other practical initiatives – from discharge packs to Mandela Day donations – have provided small comforts that make a big difference in long hospital stays.
Training for the future
Paediatric surgeons are scarce, and training takes years. Over the past decade, Surgeons for Little Lives has supported the journey of 17 qualified surgeons and backed another 15 registrars currently in training, supplying equipment like surgical loupes and funding access to academic opportunities. In 2024, the first Rolls Royce Oncology Fellow, Dr Andinet Beza from Ethiopia, trained at CHBAH before returning home with new skills. “This initiative, along with other training efforts, is helping to build the next generation of paediatric surgeons equipped to deliver world-class care. Training these specialists is a responsibility we take seriously and a privilege we don’t take for granted,” says Prof Loveland.
Community and partnerships
Community engagement has been central to the success of Surgeons for Little Lives. Fundraising events such as Bara Ride and Joberg2C, together with job shadowing opportunities for young people, have brought South Africans closer to the realities of paediatric care. Volunteers and donors provide not just resources but also comfort to families who spend weeks or months at a child’s bedside.
“This impact has only been possible thanks to the support of partners,” says Prof Loveland. “Contributions from corporates, foundations, and philanthropists have funded essential equipment, upgraded facilities, supported family-centred programmes, and helped fill critical gaps in care, ensuring that more children receive the treatment they need.”
10 years in numbers
11,000+ patients seen in the paediatric surgery department each year
2,300+ operations performed annually at CHBAH
3,000+ burns patients treated since 2015
Mortality halved in the burns unit after upgrades
ICU beds increased from 6 to 11 in 2025
17 paediatric surgeons trained; 15 registrars in training
Hundreds of families supported with sleep-over spaces, counselling, lactation services and more
Join us
Surgeons for Little Lives invites supporters, partners and the wider community to join in building the next chapter. By funding new projects, volunteering time or raising awareness, everyone can help ensure that more children get the surgery and support they deserve.
For its 10th anniversary, the organisation is calling on the public to donate R365 – one rand for every day of the year. In hospital that amount can cover burn dressings for a child, a week of meals for a parent at their child’s bedside or supplies for play therapy to make recovery less frightening, among many other things.
Dr Deidre McPherson is one of ten women trauma surgeons in South Africa’s public healthcare sector. (Photo: Discovery Foundation)
By Biénne Huisman
Groote Schuur Hospital in Cape Town has one of the busiest emergency centres in the Western Cape. As it turns to the public to raise R20 million for the opening of a new emergency centre, Dr Deidre McPherson chats to Spotlight about the hospital’s trauma frontline.
Deep into the night while most of Cape Town is asleep, trauma surgeon Dr Deidre McPherson slips into work scrubs, hitting the highway to Groote Schuur Hospital to save the lives of critically injured patients.
In a boardroom next to the hospital’s Trauma Centre, McPherson details her solitary early-morning drives along the deserted N1 highway to perform life-saving surgery on people hurt in road accidents, gang violence, and other incidents.
She says she is called out from her home in Bellville past midnight at least once or twice a week. “It’s a surreal feeling,” she says. “I mean driving alone while the rest of the world is sleeping. By now, my husband is used to me leaving at weird times and coming back at like 03:00 or 05:00.”
In South Africa, trauma surgery only became a defined sub-speciality in 2008, meaning a formal training pathway for trauma surgery as its own discipline was created. Trauma surgeons are trained to manage multi-system injuries.
McPerson explains: “We are there at the most crucial moments, when life hangs in the balance. For me, there is nothing more rewarding than seeing a patient arrive critically injured, and walk out the hospital three weeks later, back to their lives.”
R20 million to equip new emergency centre
A new state-of-the-art emergency centre, which includes a new trauma centre, is being constructed at Groote Schuur, beside the existing facility. While it is set to open in 2026, hospital executives are turning to the public for R20 million in additional funding to fit the new premises with upgraded equipment.
As part of the fundraising drive, healthcare professionals recently took journalists on a candid tour of the existing facilities. Inside, corridors are clean but with linoleum floors peeling in places; some patients on trolley beds are stationed against walls, indicating wards filled to capacity.
Just beyond a sign that reads “C14 Welcome to Trauma Centre” – with translations in Afrikaans and isiXhosa – McPherson points out the trauma centre’s resuscitation ward, which can hold six intubated patients, she says. One recent admission can be seen on life support.
Increased capacity and privacy for critically injured patients
McPherson says the new facility will have a more spacious assessment or triage area, where staff decide which patients require immediate life-saving care and which can safely wait.
She says the new trauma centre will expand capacity across all three colour-coded wards. The resuscitation ward (red) will increase from six to ten beds. “This is severe trauma, for example [patients involved in] a motor vehicle accident, with head injury, chest injury and fractures needing life support”. The intermediate ward (yellow) will increase from 12 to 16 beds. “This is moderate trauma, for example, [patients with] multiple fractures, but stable”. The minor ward (green) will increase from 12 to 14 beds. “This is minor trauma for example, [patients with] cuts, bites and bruises – the walking wounded”.
Through the public funding drive, they hope to upgrade the computer system, buy more mobile ventilators for critically injured patients, and get a new full-body X-ray machine for rapid imaging in seconds, which McPherson says is “critical for assessing multiple gunshot or high-impact injuries”.
She says that the centre’s current computer has been in use for over 15 years and frequently stalls. “Sandy, our secretary, is on the phone to IT every second week,” McPherson says, adding that it isn’t necessarily dangerous but that it’s very frustrating. “Time matters so much in trauma,” she emphasises.
In addition, there are lighting issues in some of the examination rooms, with doctors occasionally having to do sutures by headlamp or the flashlight on their phone, McPherson says.
A woman in a male dominated field
During our follow-up interview in the boardroom, McPherson’s gestures are soft, framing her words. Her eyes are level, her cadence precise and unaffected. At present, she is one of ten women trauma surgeons in South Africa’s public sector, compared to 22 men. She is the only woman of four trauma surgeons at Groote Schuur’s trauma centre, which is led by Professor Andrew Nicol.
“Surgery has always been male-dominated and even more so sub-specialties like trauma,” says McPherson. “I was discouraged from following this path by colleagues and even family. This is not a career for women, they said. What if I have a family? The hours are so unpredictable. And there are the violent things we see each day…”
But she was determined. For McPherson, it was a calling, a job she loves. “it doesn’t feel like work,” she says.
Road accidents and gang violence
On average, 1000 patients are admitted to Groote Schuur’s trauma centre per month. Critical injuries, particularly road accidents, spike around Easter, on public holidays, on pay day, and in December, she says. She suggests semigration to Cape Town has seen an additional traffic burden and increased road accidents. Another major contributing factor is accidents involving delivery motorcycle drivers.
In addition, August and September this year have seen a marked month-on-month increase in gunshot wounds, McPherson says, with up to three patients with firearm injuries admitted each day.
“On particularly violent days, that number can rise to as many as 10 patients in 24 hours,” she says.
“What is particularly striking is not just the frequency, but the severity. These are not single gunshot wounds – we often see patients who have sustained multiple injuries, sometimes up to 20 bullet wounds at once.”
This echoes damning murder statistics recently quoted in The Guardian, which notes six people aged from 19 to 25 shot dead over two days in Wallacedene and Eikendal, on the Cape Flats.
Responding, McPherson says: “Sadly what is described in The Guardian is not an isolated incident – it is our daily reality. At Groote Schuur Hospital, we feel that burden first-hand. Every day we are treating teenagers and those in their twenties – who should be building their futures, not fighting for their lives – in our resuscitation bays.”
The latest crime statistics from the South African Police Service lists four precincts on the Cape Flats among the country’s five police stations with the highest murder rates. From January to March this year, Delft had 66 murders, Mfuleni had 65, Nyanga had 63, and Philippi East had 59. This is topped only by Inanda in KwaZulu-Natal which had 74 murders. In each of the last three years over 25 000 people were murdered in South Africa.
This constant cycle of violence is devastating and disheartening, she says, particularly “the high rate of recidivism – when patients return again and again with new injuries”.
For McPherson, cases linked to gender-based violence are especially disturbing. “And yet, as trauma surgeons, we try to focus on what we can do in those critical moments: stop the bleeding, repair the injuries, and give our patients a second chance at life.”
Are there any solutions?
Ultimately, McPherson says the real solution to trauma lies “upstream” in prevention.
“This means tackling the drivers of violence: unemployment, poor housing, failing schools, and the lack of opportunities that trap so many young people in cycles of crime and despair. It also means building safer communities through stronger policing, a justice system that works, and meaningful gun control laws to reduce the number of firearms circulating in our neighbourhoods,” she says.
Then there is preventable road accidents.
“Road traffic injuries remain one of the leading causes of admissions to our unit. As we move into the festive season, I want to urge the public to take responsibility for one another: do not drink and drive, wear seatbelts, and slow down on the roads. These are simple actions that can save lives,” she says.
To this end, she points out the importance of South Africa’s “Arrive Alive” campaign which aims to decrease the number of lives lost on the country’s roads through raising public awareness of road safety. Western Cape officials estimate that 139 people died in road accidents in the province between 1 December 2024 and 11 January 2025, with 627 arrests made for drunk driving.
Childhood inspiration
Born in Bellville to parents who worked in education, the eldest of three sisters, McPherson’s interest in medicine started early, fuelled by a weekly booklet series called How My Body Works. “It was out every Friday, I couldn’t wait for it to arrive. These booklets sparked my fascination with biology and science and it has stayed with me ever since. I still have them at home, packed away in a box,” she says.
McPherson matriculated at Settler’s High School in Parow and studied medicine at Stellenbosch University. She completed her internship at Tygerberg Hospital with a community service year in Atlantis, on the West Coast, where she first saw “how daily violence devastates young people”.
A mother to three-year-old twins, a boy and a girl, McPherson scrolls on her phone to her WhatsApp profile picture, which features her children dressed up in tiny doctor’s scrubs – pink and blue – each with a tiny stethoscope. “It was ‘career day’ so we chose outfits that was easy,” she says, smiling.
McPherson, who also counts a PhD on her resume, says she has processed pangs of “mum guilt” for her children. “My husband has been a constant pillar of support,” she says.
“Plus, I am happy and fulfilled, my children are growing up with a happy mother – but yes, it’s a juggling act, sometimes I have to decide which ball to drop. Is it a rubber ball, that will bounce back, or a glass ball that might shatter?”
To relax, she says she likes to read “sappy romantic fiction” like novels by Danielle Steele.
On her future radar? Becoming a full professor.
In the meantime, McPherson says she believes every encounter is an opportunity to make a difference. “We don’t just treat the injuries, we also try to offer support and counselling, hoping that this time might change the trajectory of a life,” she says.
Dr Saul Kaplan (left) stands next to Dr Kenny Beck, with mother Zukiswa Panyaza as her baby receives a full leg cast at the clubfoot clinic in Tygerberg Hospital’s Division of Orthopedic Surgery, while medical students observe. (Photo: Sue Segar/Spotlight)
By Sue Segar
When Karen Mara Moss’s son was diagnosed with clubfoot, she travelled to the US in search of a life-changing treatment. She made a promise to bring it home and two decades on, her non-profit is at the heart of a remarkable success story.
“I looked at those tiny feet. They were turned over and rigidly pointing inwards,” recalls Karen Mara Moss about the day her son Alex was born in 2003.
For her, the memory is as vivid today as it was then. Within moments of his birth, a concerned obstetrician commented on Alex’s feet. Then the paediatrician diagnosed Alex with bilateral clubfoot, a condition in which a baby is born with one or both feet twisted inward and downward.
“I remember thinking: Will he walk with a limp? Will people mock him?” Moss tells Spotlight. “It was a traumatic time.”
She says the paediatrician told her not to worry. “He said they’d have to cut his feet and straighten them, and it would all be perfect,” says Moss.
Despite having several prenatal scans and tests, the condition had not been picked up before birth.
The most common form of clubfoot present at birth is idiopathic clubfoot, medically known as talipes equinovarus. It is when a baby’s foot is pointed in and down because the tissues connecting the muscles to the bone are shorter than usual, leading to pain and reduced mobility if left untreated, according to a review study published in The Lancet medical journal. In most cases, the cause of this congenital anomaly which ranges from mild to severe, is unknown, baby boys are twice as likely to be born with clubfoot as baby girls, and about half of children with clubfoot have it in both feet. Globally, an estimated 176 000 babies are born with the condition every year.
Eight days after Alex was born, Moss says she met with a paediatric orthopaedic surgeon. She says he told her he’d fixed many clubfeet using the Kite method and even had one patient playing first-team rugby. The Kite method was developed in the 1930s and uses manipulations and castings to achieve a sequential and gradual full correction of the forefoot, then the hindfoot, and finally, the ankle. After the casting is done, the baby wears a special splint to keep the feet pointing slightly outward and upward, but, critically, many would also require further surgery.
Back then, the standard of care for clubfoot was surgical management, says Dr Pieter Maré, an orthopaedic surgeon who heads up the clubfoot clinic at Greys Hospital in Pietermaritzburg, Kwazulu-Natal. “The reality was that a large number of children required extensive surgery before the Ponseti method,” he says.
Moss followed the doctor’s advice, and during that first appointment, she says he began applying casts up to Alex’s knees. “He started wrenching Alex’s foot, holding the back, whilst pushing the front of the foot, and plastering the foot. Alex was blue in the face from screaming. I was crying while holding him down,” she says.
Another way
But after two months and seven casts, she says there was little improvement in Alex’s feet. That is when Moss began searching for answers herself. Doing research on the internet, she discovered the University of Iowa Children’s Hospital website, where she read about a technique developed by Dr Ignacio Ponseti, which he claimed could help children have pain-free, functional feet without surgery.
The Ponseti method was developed in the 1950s but only became more widely used in the United States in the 1990s, and later in much of the rest of the world. The technique uses gentle manipulations and plaster casts to correct the midfoot, hindfoot, and forefoot simultaneously, while the ankle is treated afterwards. In some cases, before the last cast is applied, it may require a percutaneous tenotomy which is a minimally invasive procedure to cut the heel cord that is resistant to stretching. A brace is then fitted the same day as the last cast is taken off.
“The Kite method was developed to correct clubfoot but over time it was realised that this method was using the wrong anatomical methods,” explains Professor Anria Horn, a consultant orthopaedic surgeon at the Red Cross Children’s Hospital in Cape Town.
“There are multiple joints in the foot and the Kite method was, effectively, manipulating the wrong joint in an attempt to bring about the correction in the foot. Ponseti discovered that the manipulation should occur at a different joint,” she says.
Back in 2003, Moss emailed Ponseti, and a few days later called his office. “I was put through to a man with a Spanish accent. He said he’d read my email, and that he’d seen the photos I sent of my son’s feet; that what we’d done was not the way his method worked. He suggested I go to Iowa because nobody in South Africa was practising his method,” she says.
Not long after this, Moss and her husband travelled with ten-week-old Alex for 10 000 miles from sunny South Africa to an unseasonable snowstorm in Iowa.
The idea of travelling to a foreign country to see a “special” doctor that one read about on the internet, with a treatment carrying his name, may raise red flags for some. There are after all no shortage of quacks out there exploiting vulnerable people with just this type of story of an underutilised treatment. Ponseti, however, was a serious scientist and, even by 2003, his method had performed well in several studies and had been quite widely adopted by doctors in the United States.
Moss says in that first visit, Ponseti eventually did a cast all the way up Alex’s leg. “He looked like a little turtle with his legs sticking out. By the time he’d done the second cast, Alex was asleep,” Moss recalls.
“Dr Ponseti’s normal protocol was to remove the cast every week, then re-manipulate the foot into a different position, and reapply the cast. For out-of-town patients, he accelerated the treatment and changed the cast every five days,” she adds.
After just one cast, Alex’s foot looked different, says Moss. “They did another cast, and five days later, it was time for the third cast. Dr Ponseti took the second cast off and then did the percutaneous tenotomy, as well as the third and final cast.”
After this procedure and with Alex now in his final casts, they were told they could return to South Africa and take the casts off three weeks later. Moss said an orthotist measured Alex’s feet before the tenotomy and gave her instructions on how to fit the clubfoot brace he would wear for four years while sleeping.
Three weeks later, back home, Moss soaked the casts off and started to put the brace on at night. She says Alex’s feet were straight.
‘A parting gift’
On her final day in Iowa, Moss recalls Ponseti telling her: “You’re the first South African that’s ever been here. Please go back home and tell the doctors not to operate on clubfoot”. He gave her his book, copies of his research papers, and CDs demonstrating his casting method – a parting gift that would shape the course of her life.
Determined to share her what she had learnt, Moss created a website to provide information on clubfoot. The website gained traction and soon she started getting requests from parents across southern Africa for help to access the Ponseti method.
At the time, Moss says she knew of only one doctor using the method, whom she recommended parents consult. “I’d met him soon after my return to South Africa in 2003 and had lent him Dr Ponseti’s book and papers. He’d then gone to the US to attend a Ponseti training workshop and started using the method. I was sending everyone to him.”
The founding of STEPS
Moss realised the best solution was to bring the training directly to South Africa. In 2005, despite having no experience in running a non-profit organisation, she founded STEPS, driven by her commitment to introduce the Ponseti method across the country.
Moss says STEPS held its first two-day Ponseti training course in 2006, with about 60 paediatric orthopaedic surgeons attending. “Three Ponseti experts came from Canada, Brazil and the UK to give the training. They taught a lot of theory and used bone models to demonstrate the method,” she says.
The second STEPS Ponseti workshop in 2007 focused on public health facilities. Moss says the training took place at the Charlotte Maxeke Johannesburg Academic Hospital.
Partly due to the workshops, partly due to the strength of the accumulating scientific evidence, the method caught on in the country. In 2012, the South African Paediatric Orthopaedic Society officially endorsed the method. A Cochrane Review published in the same year found that, while the available evidence was far from complete, it did indicate that the method works well. Cochrane Reviews are a highly regarded type of study that attempts to assess evidence from all randomised clinical trials relating to a specific medical question.
“The Ponseti method has become the gold standard for the treatment of idiopathic clubfoot,” stated an article published in the World Journal of Orthopedics in 2014. And according to the Lancet study cited earlier, “the Ponseti method is widely recognised as an effective conservative treatment approach for clubfoot that avoids corrective surgery in over 90% of cases”.
Today, Horn says the Kite method isn’t used in South Africa any more, having been replaced by the Ponseti method. “STEPS has played a big part in promoting the Ponseti method in South Africa, as well as providing training, workshops and conferences and supporting clubfoot clinics across the country. Our job would have been much harder without the support that STEPS provides,” she adds.
Ponseti in the public sector
Given the equipment and know-how involved, making the Ponseti method available in South Africa’s public sector was a challenge. In 2013, Moss launched a support programme to help government clinics offer the treatment. STEPS began by partnering with just six clinics. With support from donors, they recruited staff to visit each clinic weekly to guide families or trained someone on-site to do so. They also provided educational materials to help raise awareness. Over time, this led to STEPS helping develop standard systems and processes for running the clinics, making care more consistent and accessible. When some clinics couldn’t provide braces, STEPS arranged for it to be donated.
Today, STEPS has 48 partner clinics across South Africa, ranging from a tiny rural clinic in Lusikisiki in the Eastern Cape to bigger clinics in Gauteng and the Western Cape. “Lusikisiki might see three patients a week, and Chris Hani Baragwanath Academic Hospital could see 80. They all open once a week, except for some small, rural clinics,” Moss says.
Based on stats that STEPS collected, Moss estimates that at least 2 000 children are born every year with clubfoot in South Africa. Through the help of her organisation, she says: “More than 20 500 children have accessed effective treatment. We’ve … distributed 22 628 clubfoot braces. In 2024, we supported 4 592 children at partner clinics in different stages of the four-year treatment protocol.”
Moss adds that STEPS has conducted over 20 training sessions across South Africa, Namibia, Botswana, and the Seychelles, with more than 2 000 healthcare professionals. “Parents were bringing their children over the border as they couldn’t access treatment back home. We worked with the ministries of health in those countries to teach the Ponseti method there,” she says.
Though separated by an ocean, Moss says she stayed in close contact with Ponseti. She says the last time they saw each other was at a clubfoot symposium in Iowa in 2007. Two years later, he passed away at the age of 95.
“I felt as if I’d lost a member of my family,” Moss says. “He was the master, and he inspired me in my work to improve the lives of children born with clubfoot.” She said she would always carry the ache of missing him, but bringing his method to South Africa, just as she had promised, was something that gave her a deep sense of purpose and peace.
That promise, purpose and peace started with Alex who is today in his final year of a Bachelor of Commerce degree and who, in his own words, “enjoys being active outdoors with my friends”, likes playing padel, and going on hikes.
*This article is part of Spotlight’s 2025 Women in Health series, featuring the remarkable contributions of women to healthcare and science.
But women doctors in this attire are often misidentified as nurses or medical assistants. And preferences for doctors’ dress strongly influenced by clinical context/medical specialty
Patients are still more likely to trust doctors and consider them more professional when they wear white coats, although women doctors in this attire are often misidentified as nurses or medical assistants, finds a review of the available research on the topic, published in the open-access journal BMJ Open.
But patient preferences for doctors’ attire seem to be strongly influenced by clinical context and medical specialty, with a growing acceptance of scrubs, especially in emergency or high-risk settings, the findings indicate.
In the 19th century, doctors primarily wore black, because medical encounters were viewed as serious and formal occasions. But with the growing emphasis on hygiene and scientific advancements in medicine, white coats represented cleanliness and professionalism and became standard attire for doctors worldwide in the 20th century, note the researchers.
Since the publication of a previous comprehensive review of published research on the impact of doctors’ attire at work, which highlighted the significant role this has in patient satisfaction, trust, and adherence to medical advice, health care practices and societal expectations have evolved, they explain.
The researchers therefore wanted to update those findings, broadening the scope to include diverse clinical contexts, in a bid to gain a deeper understanding of how doctors’ attire might influence interactions with patients and treatment outcomes.
They scoured research databases for relevant studies published between January 2015 and August 2024. From an initial haul of 724 studies, 32 were eligible for inclusion in the review.
Most of the studies were carried out in the U.S. (17); two each came from Japan, China, and Pakistan; and the rest were carried out in Indonesia, India, Ethiopia, Korea, Germany, Malaysia, Saudi Arabia, Singapore and Switzerland.
Clinical setting had some bearing on patient preferences. For example, palliative care doctors’ attire didn’t affect patients’ trust, or assessments of the practitioner’s capabilities, but patients preferred emergency care doctors to wear white coats or scrubs. And they were happy for primary care doctors to be dressed casually and to wear white coats.
Specialty also seemed to influence perceptions, with patient preferences for doctors to wear white coats observed in orthopedics, surgery, dermatology, ophthalmology, and obstetrics and gynecology, for example.
The included studies indicated a distinct preference among patients for male doctors to wear suits. One study indicated that accessories, such as watches and glasses worn by male doctors, significantly enhanced perceived professionalism and trustworthiness, which aligns with the findings of previously published studies, note the researchers.
The UK, however, has implemented a ‘bare below the elbows’ policy, which bans doctors from wearing white coats, watches, ties and long sleeves to minimize infection risks.
And even when male and female doctors wore identical attire, female doctors were still more likely to be misidentified as nurses or medical assistants—a misidentification that was consistently observed across different cultural settings.
But patients preferred white coats over business or casual attire for both male and female doctors, and irrespective of gender, they favored doctors wearing white coats, perceiving these practitioners to be trustworthy, respectful, skilled, communicative and empathetic.
Notably, male surgeons wearing a white coat over scrubs were looked on less favorably than those wearing a suit with a white coat, scrubs, or just a suit. On the other hand, female surgeons in white coats over scrubs were preferred over those in suits or casual attire.
“This preference aligns with recent evidence indicating that female physicians are often judged more on appearance than their male counterparts. The way female physicians dress significantly influences perceptions of competence and professionalism, highlighting the gendered expectations that patients hold,” write the researchers.
“These gender-specific preferences for surgical attire were each supported by a single study and warrant further validation… Nonetheless, gender-related perceptions of physician attire were consistently reported across studies with a low risk of bias, supporting the robustness of this theme,” they add.
A few studies explored doctors’ attire during the COVID-19 pandemic, when numerous doctors reported a preference for wearing scrubs to prioritize hygiene and ease of movement.
These studies consistently reported a shift in patient preference towards practical and hygienic attire, such as scrubs and face masks, reflecting heightened sensitivity to infection control, say the researchers.
The researchers acknowledge various limitations to their findings, in particular the fact that most of the included studies were carried out in the U.S., there were none from South America, and only a few from European, Asian, and African countries. Many of the studies also relied on self-reported data, and none included children or patients with mental health issues.
“While the traditional white coat is seen as a symbol of professionalism and trust, patients have increasingly accepted scrubs, especially in emergency or high-risk settings,” they write.
“The expectations regarding attire are often gendered, particularly affecting the recognition and respect given to female physicians, which highlights the importance of institutional initiatives aimed at reducing bias and fostering equitable perceptions among patients,” they add.
Medical institutions should consider adopting flexible dress codes that align with patient preferences for different clinical environments and medical specialties, they suggest.
Medieval manuscripts like the Cotton MS Vitellius C III highlight uses for herbs that reflect modern-day wellness trends. Image Credit: The British Library.
A new international research project has shown that Europe in the Dark Ages wasn’t in the dark when it came to medicine. The research, featuring faculty at Binghamton University, State University of New York reveals that people were developing health practices based on the best knowledge they had at the time – some of which mirror modern wellness trends.
“People were engaging with medicine on a much broader scale than had previously been thought,” said Meg Leja, an associate professor of history at Binghamton University who specialises in the political and cultural history of late antique and medieval Europe. “They were concerned about cures, they wanted to observe the natural world and jot down bits of information wherever they could in this period known as the ‘Dark Ages.’”
The Corpus of Early Medieval Latin Medicine (CEMLM), funded by the British Academy, has collected hundreds of medieval manuscripts containing medical material predating the 11th century. Countless manuscripts that have been left out of previous catalogs were included, nearly doubling the number of known medical manuscripts from the Dark Ages.
Some of the recipes resemble health hacks promoted by modern-day influencers, from topical ointments to detox cleanses. Have a headache? Crush the stone of a peach, mix it with rose oil and smear it on your forehead. It might sound odd, but one study published in 2017 showed that rose oil may actually help alleviate migraine pain.
Then there’s lizard shampoo, where you take pieces of lizard to help your hair become more luscious and flowing – or even to remove it, a modern-day parallel to waxing.
“A lot of things that you see in these manuscripts are actually being promoted online currently as alternative medicine, but they have been around for thousands of years,” said Leja.
Leja spent the last two years with the rest of the team preparing the new catalogue (which was just released online), reviewing manuscripts from throughout Europe, and editing and formatting the catalog. She had previously written about medieval medicine in her first book, Embodying the Soul: Medicine and Religion in Carolingian Europe.
Many of the writings were found within the margins of books totally unrelated to medicine—manuscripts on grammar, theology, poetry , etc. Leja said that this speaks to a preoccupation with the body’s health and figuring out ways to control it.
“It’s true that we do lack a lot of sources for the period. In that sense, it is ‘dark.’ But not in terms of any kind of ‘anti-science’ attitudes—people in the early Middle Ages were quite into science, into observation, into figuring out the utility of different natural substances, and trying to identify patterns and make predictions” said Leja.
The research team will continue to update the catalogue with new manuscripts and are working on new editions and translations of medical texts that could be used in teaching. Leja noted that while previously catalogues focused on texts from well-known authorities like Hippocrates, this isn’t necessarily material that people in the Dark Ages would have prioritised, and a more comprehensive catalogue will allow historians to show medicine in its fullness.
18 July 2025: On a day symbolising service and sacrifice across South Africa, the Moti Cares Foundation honoured Mandela Day by donating 3500 blankets and 1000 loaves of bread for patients, and sweet packs for paediatric patients at the Chris Hani Baragwanath Hospital in Soweto – the largest hospital in Africa.
With a bed capacity of over 3300, the hospital faces an ongoing shortage of essential resources, including blankets for admitted patients. In response, Moti Cares stepped in with a donation that will ensure every patient across every ward receives warmth and comfort this winter, with joy and excitement Dr Nthabiseng Makgana, CEO of Chris Hani Baragwanath Hospital, expressed her sincere gratitude for this donation that helped bring warmth and hope to their patients.
The handover marks one of the most significant moments in the Foundation’s 2025 Winter Blanket Drive, which aims to distribute 20 000 blankets across South Africa during the coldest months of the year. With this event, Moti Cares has now successfully brought the total number of blankets handed out since the beginning of June to 18 000, with just a few weeks left in the campaign.
Mandela Day, celebrated annually on 18 July in honour of the late President Nelson Mandela’s birthday, calls on South Africans to dedicate 67 minutes of their time to doing something for the greater good in commemoration of the 67 years Mandela spent in public service. It is a day of unity, compassion, and action.
Led by Zunaid Moti – investor, philanthropist, and founder of the Moti Cares Foundation – the handover at Baragwanath hospital stood out not just for its scale, but for its special meaning, paying a fitting tribute to Mandela’s legacy.
For Moti, Mandela Day is not a date to be observed passively, but a call to action. Each year, he marks the day with a meaningful act of service for others. In 2024, he gave R6700 to ten individuals, and a further R46 664 to a single recipient – a nod to Mandela’s prison number, 466/64. This year, his focus turned to those spending Mandela Day in hospitals with limited resources, many of them lying in cold beds without the basic comfort of warmth.
“There’s something profoundly vulnerable about being in a hospital,” said Moti. “When you’re ill, all you want is to feel safe and warm. A blanket may seem small, but in that moment, it brings comfort, and it brings dignity. It reminds people that in their time of need, and when they’re feeling particularly weak, they’re not alone.”
The donation was warmly received by hospital management and staff. A spokesperson for Baragwanath Hospital shared: “This act of generosity will have a lasting impact. Many of our patients come from very difficult circumstances and arrive here with very little for medical treatment, and this contribution from Moti Cares has ensured that they will be much more comfortable. On behalf of every patient who will sleep warmer tonight, we extend our heartfelt thanks.”
Moti Cares, a philanthropic initiative established by Moti, is committed to creating lasting, real-world impact through humanitarian efforts. While the Foundation supports various causes throughout the year, including health, education, and crisis response, the annual Winter Blanket Drive has become its most direct and widely recognised intervention.
As the campaign nears its conclusion, weekly activations are continuing to reach new communities, ensuring no one is left behind. The final 2,000 blankets will be distributed in the coming weeks, closing off another season of compassion, care, and shared humanity.
During South Africa’s COVID-19 hard lockdown, Dr Sandile Cele became the first to successfully grow the beta variant of SARS-CoV-2 in the lab. PHOTO: Rosetta Msimango/Spotlight
In a Durban laboratory in 2020, there was dancing and scientists jumping with joy when Dr Sandile Cele realised they had finally successfully “grown” the SARS-CoV-2 Beta variant. It was the holiday season and Cele and a few colleagues had sacrificed their Christmas to continue research at an otherwise deserted laboratory.
The Beta variant (501Y.V2) was first detected in the Eastern Cape in October 2020 and was announced to the public on 18 December that year.
“It was December 2020 and Tulio [Professor Tulio de Oliveira] had just flagged the beta variant and we had been struggling trying to grow it, really struggling for about two weeks,” says Cele. “But then as a scientist, you have to think outside the box and eventually it [the virus] did catch on. I was with Professor Alex Sigal that day in the laboratory. We were so excited. There was a lot of dancing in the lab, jumping up and down…”
The 35-year-old’s work on the Beta and Omicron variants helped propel South Africa to the forefront of COVID-19 research. Cele is the scientist credited with growing both Beta and Omicron in record time as the world reeled under lockdown pressure. Last year, he was awarded a special ministerial Batho Pele excellence award for his contribution to COVID-19 research in South Africa.
The moment of greatest fulfilment
Speaking to Spotlight, Cele says growing the beta variant was the moment of greatest fulfilment in his career so far.
“It was just a crazy, crazy moment. Like, you know when you are with your superior, usually you meet on a basis of respect. I mean, you talk seriously. They ask a question, you answer, and so on. But [at] that moment, all that got thrown out the window. We were celebrating. So yes, it was really special.”
At the time, they were leaping with joy inside PPE (personal protective equipment), including specialised masks, double gloves, plastic sleeves, and boots. Cele points out that due to all the safety measures in place, infection risk was smaller in their lab than at an average mall.
He was working inside a state-of-the-art biosafety level 3 (BSL-3) laboratory at the Africa Health Research Institute (AHRI). The laboratory is on the third floor of the University of KwaZulu-Natal’s medicine building. In the same eight-storey glass and face brick building, on the first floor, de Oliveira had been studying virus samples for genetic clues at KRISP, the KwaZulu-Natal Research and Innovation Sequencing Platform, from where the discovery of Beta and Omicron was first announced.
How he did it – growing the beta variant
Cele explains that viruses are isolated or “outgrown” by infecting cells in the laboratory, using swab samples from infected individuals.
“Growing a virus simply means isolating it from an infected host (humans) and making more of it in the lab for research purposes,” Cele explains. “You cannot study a virus within an infected person, especially a new virus. You need to have it in the lab for identification and clarification. Usually, you get small quantities from an infected person, thus you have to expand or grow – or make more of it – for research.”
Photo by Shvets Production on Pexels
However, the beta variant had not responded like previous SARS-CoV-2 variants. At the time, Cele found a creative solution using both human and monkey cell lines. First, he infected human cell lines with the beta variant, incubating the assay for four days. Then he used the infected human cell lines to infect monkey cell lines, which successfully lead to production of the virus.
Their moment of triumph arrived when they noticed the monkey cell lines starting to die, meaning that the virus was growing. The isolated virus could then be used in the laboratory to run experiments, like testing vaccine efficacy.
“Looking at the cells under the microscope, you can see them starting to die,” he says. “That they’re not happy. That they have been infected, which then obviously needed to be confirmed.”
While Cele’s Durban mentors – de Oliveira and Sigal – kept the public abreast of research developments, the young scientist kept his head down, pouring over his microscopes. “The world was going crazy, everything was crazy, but I had work to do,” he says.
‘a rising star’
During the interview, Cele readily shares anecdotes and laughs often.
From Ndwedwe, a rural area forty kilometres north of Durban, Cele joined Sigal’s laboratory team at the AHRI in 2014, where he studied HIV drug resistance and later COVID-19. His PhD obtained from UKZN in 2021, focused specifically on understanding the beta variant and its escape from antibodies.
“Actually, Professor Alex Sigal really took a chance on me,” he says. “Because on that post for a laboratory technologist, they stipulated that they wanted someone with three years experience. And I had only been doing my internship [at the Technology Innovation Agency] for eight months.”
But Sigal’s faith paid off, and he subsequently praised Cele in national press interviews on COVID-19. “Sandile is a rising star who spent all his holidays in a laboratory,” Sigal told journalists in January 2021.
Last year, the Bill and Melinda Gates Foundation invited Cele to present his findings at the Grand Challenges Annual Meeting in Brussels. This was his first time abroad. “It was my first time traveling outside South Africa and my first time talking in front of so many people. I presented my go-to talk – based on a paper I did on COVID-infection and HIV – and it went well,” he says.
Earlier this year, Cele was named one of Mail & Guardian’s 200 trailblazing young South Africans in the technology and innovation category. At the time, he could not attend the gala event as he was at the University of Nairobi in Kenya for training relating to a project involving HIV research for the Aurum Institute. Cele started a new job at the Aurum Institute in Johannesburg in March.
Over Zoom, Cele is speaking from his new home in Johannesburg. He is wearing a fluffy blue robe over his clothes, laughing as he says how cold Johannesburg is coming from Durban.
A sudden death
In Ndwedwe, Cele was one of ten boys born to his father, who was away from home often for work. Describing his mother as “a busy lady”, Cele says she was the one who shaped his young everyday life. Growing up in a mud hut without electricity and running water, he recalls how his mother would get up early every morning to prepare vetkoek, which she sold at a local school, and to boil water so her children could have a bath before leaving for school.
In the afternoons, he would look after his father’s goats and play soccer. He says that as a child he preferred herding goats to cows, as goats grazed for only about five hours, whereas cows took all day to eat their fill. From Grade 9 on, he attended school in Durban, at Overport Secondary School.
A childhood memory that inspired him? “Before my mother died, she sat us down and said one day I will be gone and I want you to know there are no shortcuts in life. Work hard and look after one another and you will be okay.”
His mother’s death was sudden, following complications from minor surgery.
“Like, I came back from school on a Friday only to find my father wasn’t around and had left a note… On the Saturday morning, I found out my mother had passed. And I think she went for, I don’t know, an operation or something. But as a kid, I guess they didn’t tell us because they thought it was something minor; that she would get operated [on], then go back home. I’m not really sure what happened. So, yes, it was a sudden death.”
The year after his mother died, Cele’s matric marks suffered. He says his final grade 12 marks had been 48% for maths, 53% for physics, and 66% for biology.
“I wasn’t really studying, I couldn’t really concentrate,” he says. “There was a lot going on when I was doing my matric. My mother passing away… and also the move from a rural school to the city where we were taught in English, everything in English.”
Cele came to study biology quite at random. He applied to study at UKZN only in October of his matric year – with admissions to most of the university’s courses having closed the previous month. He picked one of the last remaining options, which had been biology.
Soon, the young student started excelling. Cele obtained his BSc Biomedical Sciences degree with a Dean’s commendation and his Honours in Medical Microbiology, summa cum laude. He completed his Masters in Biochemistry with an upper-class pass.
To the Mail and Guardian, he shared advice he would give to his younger self: “Do not be afraid, you are a force to be reckoned with.”
Cele’s driving passion is to advance public healthcare, which he will continue to do at the Aurum Institute – an organisation that amongst others does research into Africa’s tuberculosis and HIV response. Cele has a ten-year-old son who lives in Durban.
Note:The Bill and Melinda Gates Foundation is mentioned in this article. Spotlight receives funding from the foundation, but is editorially independent – an independence that the editors guard jealously. Spotlight is a member of the South African Press Council.
Social grooming between two chimpanzees in the Budongo Forest. Photograph by Dr Elodie Freymann.
Researchers monitoring chimpanzee communities in the Budongo Forest, Uganda, noticed that individuals were helping each other with wound care and hygiene. Some of the chimpanzees even used fresh, chewed leaves from plants known for their traditional medicinal uses and bioactive properties to treat their own and their companions’ wounds. Remarkably, they helped individuals they were genetically related to and individuals they weren’t, despite the potential risk from being exposed to pathogens. Researchers believe these findings could help us understand the cognitive and social foundations of healthcare.
Researchers studying chimpanzees in Budongo Forest, Uganda, have observed that these primates don’t just treat their own injuries, but care for others, too – information which could shed light on how our ancestors first began treating wounds and using medicines. Although chimpanzees elsewhere have been observed helping other community members with medical problems, the persistent presence of this behaviour in Budongo could suggest that medical care among chimpanzees is much more widespread than we realised, and not confined to care for close relatives.
“Our research helps illuminate the evolutionary roots of human medicine and healthcare systems,” said Dr Elodie Freymann, research affiliate at the School of Anthropology and Museum Ethnography, Oxford University, first author of the article in Frontiers in Ecology and Evolution. “By documenting how chimpanzees identify and utilise medicinal plants and provide care to others, we gain insight into the cognitive and social foundations of human healthcare behaviours.”
The researchers studied two communities of chimpanzees in the Budongo Forest – Sonso and Waibira. Like all chimpanzees, members of these communities are vulnerable to injuries, whether caused by fights, accidents, or snares set by humans. About 40% of all individuals in Sonso have been seen with snare injuries.
The researchers spent four months observing each community, as well as drawing on video evidence from the Great Ape Dictionary database, logbooks containing decades of observational data, and a survey of other scientists who had witnessed chimpanzees treating illness or injury. Any plants chimpanzees were seen using for external care were identified; several turned out to have chemical properties which could improve wound healing and relevant traditional medicine uses.
During their direct observational periods, the researchers recorded 12 injuries in Sonso, all of which were likely caused by within-group conflicts. In Waibira, five chimpanzees were injured – one female by a snare, and four males in fights. The researchers also identified more cases of care in Sonso than in Waibira.
“This likely stems from several factors, including possible differences in social hierarchy stability or greater observation opportunities in the more thoroughly habituated Sonso community,” said Freymann.
The researchers documented 41 cases of care overall: seven cases of care for others – prosocial care – and 34 cases of self-care. These cases often included several different care behaviours, which might be treating different aspects of a wound, or might reflect a chimpanzee’s personal preferences.
“Chimpanzee wound care encompasses several techniques: direct wound licking, which removes debris and potentially applies antimicrobial compounds in saliva; finger licking followed by wound pressing; leaf-dabbing; and chewing plant materials and applying them directly to wounds,” said Freymann. “All chimpanzees mentioned in our tables showed recovery from wounds, though of course we don’t know what the outcome would have been had they not done anything about their injuries.
“We also documented hygiene behaviours, including the cleaning of genitals with leaves after mating and wiping the anus with leaves after defecation – practices that may help prevent infections.”
Of the seven instances of prosocial care, the researchers found four cases of wound treatment, two cases of snare removal assistance, and one case where a chimpanzee helped another with hygiene. Care wasn’t preferentially given by, or provided to, one sex or age group. On four occasions, care was given to genetically unrelated individuals.
“These behaviours add to the evidence from other sites that chimpanzees appear to recognise need or suffering in others and take deliberate action to alleviate it, even when there’s no direct genetic advantage,” said Freymann.
The researchers call for more research into the social and ecological contexts in which care takes place, and which individuals give and receive care. One possibility is that the high risk of injury and death which Budongo chimpanzees all face from snares could increase the likelihood that these chimpanzees care for each other’s wounds, but more data is needed to explore this.
“Our study has a few methodological limitations,” cautioned Freymann. “The difference in habituation between the Sonso and Waibira communities creates an observation bias, particularly for rare behaviours like prosocial healthcare. While we documented plants used in healthcare contexts, further pharmacological analyses are needed to confirm their specific medicinal properties and efficacy. Also, the relative rarity of prosocial healthcare makes it challenging to identify patterns regarding when and why such care is provided or withheld. These limitations highlight directions for future research in this emerging field.”
Elated at graduating with a doctoral degree is Dr Aviwe Ntsethe. Credit: University of KwaZulu-Natal
Dr Aviwe Ntsethe’s curiosity in the Medical field deepened when he started exploring the complexities of human physiology and the crucial role of the immune system in cancer, leading to him graduating with a PhD.
Growing up in the small town of Bizana in the Eastern Cape, Ntsethe attended Ntabezulu High School, where his passion for Medical Science took root. Despite facing significant challenges, including limited funding opportunities for his studies, he remained determined to advance in the discipline.
Throughout his PhD journey at UKZN, Ntsethe had to juggle multiple jobs to support himself and his studies while conducting his research. He worked at Netcare Education and the KwaZulu-Natal College of Emergency Care, and later took up a position as a contractual laboratory technician in the Department of Physiology at UKZN. It was with the guidance of his PhD supervisor, Professor Bongani Nkambule, that he learned critical work ethics and advanced laboratory techniques. The co-supervision of Professor Phiwayinkosi Dludla further enriched his research experience and contributed to his academic growth.
Ntsethe’s thesis focused on investigating B cell function and immune checkpoint expression in patients with Chronic Lymphocytic Leukaemia (CLL). The study found that patients with CLL had higher levels of immune checkpoint proteins in their B cell subsets, which play a crucial role in regulating the immune system.
Furthermore, using monoclonal antibodies that target these immune checkpoints, he found these patients could potentially benefit from immunotherapy. Specifically, immunotherapy may improve the function of B cells, key players in fighting infections and cancers, thereby offering new hope for better outcomes in patients with CLL.
He has published three papers from this study. ‘I am excited and proud when I reflect on my achievement of completing this significant journey which was both challenging and rewarding, pushing me to expand my knowledge and skills in ways I never imagined.’
Now, a lecturer at Nelson Mandela University, Ntsethe is committed to mentoring the next generation of Medical scientists. He continues to use the invaluable knowledge and experience he gained during his PhD studies to inspire students and cultivate their passions in research and health sciences. Looking ahead, Ntsethe hopes to expand his research, focusing on immune system interactions in chronic diseases while also encouraging students from diverse backgrounds to pursue careers in Medical Science.
Outside academia, Ntsethe enjoys travelling, staying physically active through workouts, playing chess and indulging in coding or programming.
