Tag: medical education

SA’s Doctor Deal with Cuba is out of Touch and out of Time, Critics Say

Photo by Bermix Studio on Unsplash

By Ufrieda Ho

The Nelson Mandela-Fidel Castro medical training programme has been controversial from the start. It’s had high points, low points and many say it should have an end point.

Almost 30 years since the Cuba-SA doctors’ training programme was launched, it still divides opinion.

This year only Gauteng and North West interviewed candidates for the bursary programme that sends students from South Africa to be trained in the island country.

Critics say the dwindling interest shows the Nelson Mandela-Fidel Castro (NMFC) medical training programme has passed its sell-by date. But supporters remain committed to its ideals and some beneficiaries of the programme still think of it as the opportunity of a lifetime.

Between the differing views, what can be glimpsed is a chequered story of three decades of trying to transform South Africa’s healthcare system. The programme has its origins in the ANC’s political fraternity with Cuba and the laudable ideal of boosting doctors numbers in under-serviced rural areas. But it is also a tale of political inertia arguably blurring over time into a blind spot as conditions changed. In the background is the stranglehold of corruption and maladministration in the health sector, shrinking provincial health budgets, transformation of doctors’ training, and changing curricula.

One concern is that little is actually known about the programme’s impact. There is a lack of clear data on the costs and the numbers of doctors produced. Shockingly, for such a long-running programme, no comprehensive evaluation reports have been published, as far as Spotlight has been able to establish.

A comprehensive evaluation would weigh the benefits of the programme against its costs, compare it to other options for training medical doctors, and contextualise it within the current reality of very tight health budgets in provincial health departments – as it is, not all the doctors we are training are being employed.

Given this context, it is not surprising that the National Department of Health recommended a scaling back of the programme a decade ago. While most provinces have taken this advice, the Gauteng and North West health departments have instead pushed ahead with the programme.

Old histories and old allegiances

The agreement that put in place the NMFC medical training programme was signed in 1996, with the first cohort of students leaving for Cuba a year later in 1997. It was a mere two years into democracy and South Africa urgently needed to address gaps in the provision of healthcare. Under apartheid, services prioritised a white minority mostly in urban settings and healthcare had a strong slant towards hospital or tertiary care. There was a shortage of doctors and those with the least access to healthcare services were rural communities made up mostly of black South Africans.

Medical schools mostly had curricula designed for the status quo and there were few academic pathways for underprivileged students who had good marks at school but were not top achievers, leaving them overlooked for scholarships and bursaries.

So the new government looked to Cuba.

With its focus on primary healthcare, preventative medicine, and community-based training, the Cuban approach to healthcare ticked many of the boxes for the South African government then led by President Nelson Mandela.

Since the communist revolution in Cuba in 1959, it has provided free healthcare to all its citizens. While there remains some scepticism over data collection and interpretation, politicisation of medicine, and limited freedom to criticise the state, Cuba’s healthcare system is also widely lauded.

According to the Primary Health Care Performance Initiative, the country registers average life expectancy at 78 years (South Africa is at around 66), infant mortality dropped from 80 deaths per 1000 live births in 1950 to just 5 deaths per 1000 by 2013, and it has one of the world’s highest doctor to patient ratios. In 2021, it was at 9.429 physicians per 1000 people, according to World Bank Open Data. In the same year, South Africa tracked at 0.8 per 1000.

Since the 1960s, Cuba has established itself as a hub for training international fee-paying students and sending them back to their mostly lower-income countries as graduate doctors. One of its biggest universities, the Latin American School of Medicine, graduated over 30 000 students from 118 countries in the 21 years since it was established.

Another tick was Cuba’s staunch support for the ANC. SA History Online emphasises the depth of solidarity. It notes: “Cuba was a state in alliance with provisional governments and independent states in the African continent. Cuba’s military engagement in Angola kept the apartheid state in check, foiling its geopolitical strategies and forcing it to concede defeat at Cuito Cuanavale, and ultimately forcing both PW Botha and FW de Klerk to the negotiating table.”

Costs and benefits

The political and historical bonds sealed the doctors’ training deal. But from the start, the bursary programme, funded from provincial budgets, came under fire. The estimated costs over nearly three decades are massive, but details remain fuzzy.

Spotlight’s questions to the national health department were “answered” in one paragraph by department spokesperson Foster Mohale. “More than 4 000 [lower numbers are quoted by government in other instances] doctors have been produced through this medical programme since its inception. The programme is still relevant today and complements the local medical schools to produce more doctors. Qualified doctors have options of joining either public or private health sector,” he wrote.

But discrepancies have been showed up in government’s own figures. In November 2022, Haseena Ismail, the then DA member on the portfolio committee of health raised concerns about the quality of government data.

Minister of Health at the time, Dr Joe Phaahla, said the preparatory year, including a stipend, cost US$4400 per student, and each of the following five years cost US$7400 per student. But a separate table from the health department listed higher figures – US$8400 for the preparatory year and up to US$15900 per student by the fifth year. Added to this, the department listed annual costs of US$6472 per student for food, accommodation, and medical insurance. There were also expenses for two return flights over six years, plus the cost of 18 months of tuition and accommodation for clinical training at a South African medical school.

Phaahla said that as of November 2022, 3369 students had been recruited into the programme, and 2617 had graduated. However, he noted there was no information on what happened to these doctors or where they were employed. Each bursary student is required to work for the state for the same number of years for which they received funding.

South Africa has 11 medical schools, with the most recent addition of the North West University.

The programme also faced criticism over selection criteria for bursary candidates and for requiring two extra years of training compared to local medical programmes. Students spend one year learning Spanish, five years training in Cuba, and then return to South Africa for an additional 18 months of clinical training at a local medical school.

Controversies have dogged the programme over the years. In 2013, the Afrikaans newspaper Beeld reported that by 2009, only half of the students enrolled in the programme during its first 12 years had completed their studies.

In 2012, government ramped up the numbers of students it sent abroad. In 2018, this backfired when about 700 fifth-year students returned home only to find they could not be accommodated at any of the then 10 medical schools in the country.

It was around this time that the national health department issued recommendations for the provinces to phase out the programme.

Gauteng and North West

Despite all of the above, the Gauteng Department of Health continues to fund students – around 20 last year and an expected 40 this year.

Spotlight’s questions on this to the Gauteng health department went unanswered.

Compounding the administrative and planning blunders for returning students is the impact of deepening corruption and mismanagement in Gauteng’s health department. It has been under routine Special Investigations Unit scrutiny as well as coming under fire for service delivery issues such as the ongoing backlog of cancer patients lingering on treatment waiting lists. In March, the South Gauteng High Court in Johannesburg ruled that the Gauteng health department failed in its constitutional obligation to make oncology services available.

In April, the department failed to pay its doctors their commuted overtime pay on time. These payments ensures there are doctors for 24-hour coverage at hospitals and makes up as much as a third of doctors’ take-home pay.

The situation in the North West is also bleak. Its health facilities are routinely facing medicine stock-outs and understaffing. Its health department is regularly struggling with accruals and paying suppliers on time.

Given all these challenges, it is puzzling that these two provinces in particular are so committed to sending students to Cuba, we understand at higher cost than for training doctors locally.

‘Better investments’

Professor Lionel Green-Thompson, now the dean of the faculty of health sciences at the University of Cape Town, was involved in managing returning students from the Cuba-SA programme between the mid-2000s and 2016. At the time, he was a medical educator and clinician at Wits University where he oversaw the 18-month clinical training of more than 30 returning students.

“Some of these students were among the best doctors that I’ve trained and I remain a stalwart supporter of the ideals of the programme. But at this point, there are better investments to be made, including directly funding university training programmes in South Africa,” he tells Spotlight.

“A programme that’s rooted in our nostalgic connection with Cuba and its role in our change as a country is now out of step with many of the healthcare settings and realities we face in South Africa,” says Green-Thompson.

He says a proper evaluation of the programme needs to be done.

There are also lessons to learn, he says, including a review of admissions programmes. How some students who enter a programme at 20% below the normally accepted marks, exit the programme as excellent doctors, he says offers clues to rethink how great doctors can be made.

Green-Thompson also suggests we need to ask why specialisation has become a measure of success for many doctors in South Africa, often at the expense of family medicine. This, he says, takes away from the impact doctors make at community healthcare level as expert generalists.

But changing the perspectives of healthcare professionals requires early and sustained exposure to working in community healthcare settings, says Professor Richard Cooke, head of the department of family medicine and primary care at Wits. Cooke is also director of the Wits NMFC Collaboration since 2018 and serves on the NMFC Ministerial Task Team.

“I’m not in support of further students being sent to Cuba for the undergraduate programme, because these students are not being trained in our clinical settings,” he says, speaking in his Wits capacity.

“The Cuban system is far more primary healthcare based than South Africa’s, but that doesn’t necessarily translate into these students ending in primary healthcare,” says Cooke.

And curricula at Wits is shifting, for instance, towards placing students at district hospitals for longer periods of time, rather than weeks-long rotations, he says.

“When students become part of the furniture at a hospital, they become better at facilitating, at critical thinking, problem solving, teamwork and collaboration,” Cooke says.

But making this kind of transformation in local training takes government funding and commitment. Students and doctors need to be attracted to the programme and need reasons to stay. But the money and resources to make this happen are simply not there – even as the Cuba training programme continues.

Cooke adds: “There hasn’t been definitive data on the NMFC programme. But even if the programme over 30 years has done well and met its targets, it’s not been cost efficient. What’s needed now is to leverage expertise and established partnership in different, more cost-effective ways like in research, health systems science and health science education.”

Up to three times more expensive?

Professor Shabir Madhi, dean of the faculty of health sciences at Wits, says the NMFC programme costs an estimated three times more than it costs to train a student in South Africa. This, he says, should be enough reason for a beleaguered health department like Gauteng’s to stop sending students to Cuba.

He also says: “Government is aware that it simply can’t absorb the number of medical graduates being produced.” Madhi says some trainee doctors are sitting at home while others trying to finish specialisations are being derailed.

Broadly, he pins the blame on the mismanagement of resources, including the department underspending R590 million on the National Tertiary Service Grant meant to subsidise specialised medical treatment at tertiary hospitals.

Madhi says universities have worked hard to close the gaps identified by the NMFC programme 30 years ago, but now student doctors are being let down by government not playing its role.

“Across the universities, there’s been a complete overhaul of the curriculum to be focused on primary healthcare. Students are also getting community exposure as early as first-year training,” he says.

He says that when it comes to admissions, the majority of students entering medical schools across the country are now Black South Africans, and additional changes have been made to the selection process. “We used to have a race quota, but in further revisions, we have introduced criteria that focuses on the socio-economic component, with 40% of the admissions coming from students in quintile 1, 2 and 3 schools [no-fee public schools],” he adds.

South Africa has 11 medical schools, with the most recent addition of the North West University – specifically focussed on rural health – and the University of Johannesburg in the pipeline to join the list. So the number of doctors being trained and graduating is increasing. Madhi estimates the total number being trained is above 900 per year for Gauteng alone.

The bottleneck of getting doctors into clinics and hospitals, he maintains, is not a shortage of doctors, but government’s inability to pay doctors’ salaries or to create functioning, well-resourced workplace environments.

‘You can’t put a price on that’

For Dr Sanele Madela, the ongoing challenges cannot detract from the goal to get doctors into communities – including through the NMFC programme. Today, he’s the health attaché at the Havana Mission for the NMFC training programme. Madela was also at one time a schoolboy with a dream of becoming a doctor.

Growing up in Dundee in KwaZulu-Natal, he remembers almost never seeing a doctor in his community. “Then when we did see a doctor, it was a white person or an Indian person and they never spoke our language – a nurse would have to translate,” says Madela who was part of the 2002 NMFC intake.

The six years abroad, he says, exposed him to very different reasons for becoming a doctor.

“When people finish medical school, they say thank God it’s over, but in Cuba people say thank God for the knowledge and information so they can give back to their country,” he says.

When Madela got back to South Africa, his journey eventually led him to work in Dundee district hospital. It was the same hospital where his mother had worked as a cleaner.

The NMFC programme, Madela says, still plays a vital role because of its objective to get more doctors into rural and township areas – “and you can’t put a price on that”, he adds, responding to criticism over the programmes comparatively high costs.

“We are used to seeing the NMFC programme from the point of view of adding human resources, but it’s also about the impact it makes for a community,” he says. It’s the impact of a community finally getting their own doctor. His argument is that, thanks to the NMFC programme, he got to be that person for his community.

Republished from Spotlight under a Creative Commons license.

Read the original article.

MMBCh Tops Applications as Wits University Welcomes First-year Students for 2025

Photo by Element5 Digital on Unsplash

Among the 85 000 undergraduate applications for 2025 Wits received for 2025, the single most-applied for degree was for the Bachelor of Medicine and Bachelor of Surgery (MBBCh). Of these applications, the university could only register around 6000 first-year students. These students represent the best of the best, earning their place in one of Africa’s most competitive academic environments, with an average of over five distinctions per student in their matric results.

From KZN, Glenwood High School’s Brydyn Le’Jean Barnabas, who was offered a place to study MBBCh, says, “I’ve been hearing from friends and family that this is such a prestigious university. It’s not only backed by impressive statistics but also has a rich culture and heritage, having been around for decades. Compared to other universities, it’s truly a privilege to be here. When I received my acceptance letter, my heart dropped – not just with joy but with  gratitude for this opportunity.”

Bachelor of Pharmacy was also a popular degree, coming in at the fifth most applied-for.

Recent enrolment trend assessments indicate that the majority of students offered a place at Wits have achieved an Admission Point Score (APS) exceeding 30, with most scoring 34 or higher. The minimum APS required for degree programmes at Wits is 30, making entry into the university a significant accomplishment.

Wits continues to uphold its reputation as a hub for academic excellence and innovation, attracting top-performing students from across the country and the continent. The university remains committed to nurturing the next generation of leaders, thinkers, and innovators.

For more information about the experiences of first-year students and why they chose Wits, read more here: Wits News.

Navigating the Road to Universal Health Coverage in South Africa

By Dr Reno Morar, Director: Medical School, Faculty of Health Sciences, Nelson Mandela University

Dr Reno Morar

Johannesburg, 20 November: As Director of the newly established Medical School in the Faculty of Health Sciences at Nelson Mandela University, I am honoured to lead South Africa’s tenth and youngest medical school. Our medical students exude an infectious spirit of hope and enthusiasm as we progress toward graduating our first cohort of Mandela Doctors in 2026.

As we navigate our journey at the medical school and within the Faculty, our goal is to successfully graduate composite health professionals who are equipped to serve our communities.

This journey is inextricably linked to a larger national goal: achieving Universal Health Coverage (UHC) for South Africa.

With the signing of the National Health Insurance (NHI) Act into law, South Africa stands at a pivotal moment in its healthcare journey. Achieving UHC promises equitable access to quality healthcare for all South Africans, regardless of income or location. But transforming this vision of UHC into reality requires much more than policy reflected in the NHI, it calls for robust planning, thoughtful resource allocation, and, above all, collaboration across sectors.

Our nation’s medical schools and higher education and training institutions are essential to the UHC journey in their support of South African’s human resources for health strategy. This strategy provides a foundation for advancing universal health coverage by ensuring healthcare professionals are appropriately trained to meet the demands of a redefined healthcare system.

These institutions play an instrumental role in building a workforce ready to support the NHI system. Lessons from our response to the recent COVID-19 pandemic have already shown us the power of unity; as we move forward, this spirit of collaboration between the public and private sectors will be crucial in shaping a resilient and inclusive healthcare system that can achieve UHC.

The NHI Act sets out to provide universal access to quality healthcare services, bridging disparities and delivering equitable access to essential services for all South Africans. However, the path to UHC is about more than access, it requires quality, efficiency, and sustainability across a restructured healthcare landscape.

Photo by Hush Naidoo Jade Photography on Unsplash

The government’s role here is pivotal – responsible leadership, resource allocation, and effective oversight are critical to building public confidence. This transition poses complex governance and constitutional challenges.

Implementing the NHI Act requires establishing new accountability mechanisms, redefining roles, and reassessing funding streams. Addressing these structural challenges – especially in under-resourced and underserved regions – demands both strategic mindset and practical capacity to adapt quickly to evolving needs.

Many of South Africa’s rural and township communities face significant shortages in healthcare resources and access to quality services. For NHI to succeed in these settings, dedicated efforts in providing adequate healthcare infrastructure and equipment, staffing, and strong governance and leadership are essential.

Achieving the ambitious goals of NHI without a solid foundation in governance and accountability would be a costly misstep. The success of NHI demands careful, evidence-based planning with clear goals and accountability.

This approach will require decades of commitment, with the understanding that universal healthcare frameworks often take generations to mature fully. NHI will not be a quick fix, but with meticulous preparation, it has the potential to become a sustainable, far-reaching health system intervention.  

Government planning must also account for the rapidly changing landscape of healthcare needs and technology. South Africa’s healthcare system must prepare not only for current demands but also for future challenges, including digital healthcare infrastructure and data security.

Protecting patient information and ensuring uninterrupted services is paramount in a digital age where data breaches are a constant risk. Recent experiences with cybersecurity issues in the National Health Laboratory Services underscore the importance of proactive measures in this domain.

The pandemic has taught us the power of unity in times of crisis. During COVID-19, South Africa’s public and private healthcare sectors demonstrated resilience, adaptability, and a shared commitment to public health. This partnership was instrumental in resource-sharing, patient care, and vaccine distribution.

It serves as a powerful reminder that as the NHI system is implemented over the next 10 to15 years, the system will benefit from a collaborative model where the expertise and resources of the private and public sectors complement each other in the public interest and wider community access.  

Collaboration between the public and private sectors must focus on expanding healthcare infrastructure, enhancing service delivery in underserved areas, and integrating innovative technologies for more efficient patient care. By working together, public and private sectors can foster a healthcare environment that maximises strengths and mitigates gaps in service. 

To sustain the implementation of the NHI system, South Africa needs healthcare professionals equipped to handle both the scope and scale of this vision. Medical and health professions education must adapt and evolve to meet these challenges, training future healthcare providers not only in clinical skills but also in adaptability, empathy, and resilience.

At Nelson Mandela University’s Faculty of Health Sciences, we prioritise these qualities, embedding community-based learning and problem-solving into our curriculum to prepare graduates for a diverse and demanding healthcare landscape.

Students experience firsthand the disparities within South Africa’s healthcare system, and this allows our students to develop the necessary understanding of the realities their future patients face.

Our programme equips them to work in a wide array of settings – from rural clinics with limited resources to state-of-the-art urban facilities. This holistic training ensures our graduates are capable of addressing the multifaceted healthcare challenges with the empathy and innovation necessary to serve our communities across South Africa.

The journey toward UHC and the implementation of NHI system is both inspiring and challenging. It is a bold declaration of South Africa’s commitment to affordable universal access to quality health care services, healthcare equity – and must be approached with open eyes and a steady hand.

Our success will depend on a combination of strategic planning, effective governance, and a commitment to collaboration across sectors.

South Africa has a unique opportunity to build a healthcare system that is equitable and resilient. By prioritising these foundational steps, we can pave the way for a healthcare system that genuinely serves all South Africans, one that fulfils the promise of our constitution and reflects the spirit of our democracy. The future of our healthcare system is within our hands, but only if we approach it with responsibility, collaboration, and a deep commitment to the well-being of all our people.

It will be an intensely proud South African moment when we graduate our first 45 Mandela Doctors from our medical school in 2026! As South Africans, we also want to be proudly South African about the health system we build for and with our people. 

Med Student’s Stellar Academic Record Paves Way for Elective Abroad

By NIÉMAH DAVIDS

Photo: Supplied

Fifth-year Bachelor of Medicine and Surgery (MBChB) student Moses Malebana’s stellar academic record has paved the way for a special international elective at the University of Graz – making him the maiden recipient of this golden opportunity – and galvanising ties between the University of Cape Town’s (UCT) Department of Medicine and the Medical University of Graz (Med Uni Graz) in Austria.

Malebana will depart in November and return to UCT’s Faculty of Health Sciences in January 2024. And with just a few short weeks before he boards his flight, he said he is excited for what awaits, and plans to absorb every detail of the experience.

“I plan on becoming a giant sponge while there. I am excited and feel privileged that I’ve been selected for this opportunity. I look forward to learning all there is to learn and flying UCT’s and the Department of Medicine’s flag[s] high at Med Uni Graz,” he said.

Tough grind

But this opportunity didn’t just fall into his lap. To be considered for the elective abroad, the application and selection criteria was clear – the candidate needed to prove an unmatched academic record. Each applicant was also tasked with supplying a motivational letter that highlighted why they felt they deserved the opportunity. It’s safe to say that Malebana passed the test with flying colours.

He said he used the motivational letter to reflect and relay personal anecdotes that focused on the sacrifices that led him to study medicine at UCT, and he enjoyed documenting his story.

“I remember seeing the email and thinking that this is my opportunity to reflect on my journey and to just tell my story. It was interesting because I don’t often reflect on things. But when I started, I realised that my whole life up to this point was about making the most of the opportunities that have come my way,” he said.

First-class motivation

In his motivation, Malebana touched on the events in his life that moulded him into the man he is today. And the list is endless – walking for more than an hour to and from school every day in rural Limpopo, contending with a lack of in-school resources, and a shortage of skilled teachers were just some of the challenges he experienced. These hurdles, he added, provided the impetus he needed to give his high school education and his medical studies his all.

“All of this taught me resilience; it motivated me to work even harder to reap the rewards later in life. I worked very hard to get to UCT, and now that I’m here, I’m working even harder to attain success in my degree,” he said. “I don’t take any opportunities for granted. I’m humbled that I’ve been chosen to represent the faculty and the university in Austria,” he said.

As he prepares for his big trip, Malebana said he’s looking forward to understanding the Austrian health system and gaining some valuable insight into how medical doctors practice medicine in that country and how it compares to South Africa.

A whole new world

The elective will consist of several rotations in different areas of internal medicine and Malebana will be based at a teaching hospital affiliated to Med Uni Graz. He said he is most excited about his oncology rotations after developing a keen interest in this area of medicine.

“I have always enjoyed studying and learning more about the management of different cancers. So, I really look forward to seeing how things are done in Austria. I know each day will be filled with something new to learn, whether it’s in oncology or a different area of medicine. I’m eager to get going,” he said.

But over and above the work, Malebana said he is thrilled to have the opportunity to travel outside of South Africa’s borders for the first time, to experience diverse cultures and cuisines, gain insight into a new way of life, and build new, lasting friendships.

“It’s going to be an adventure, that’s for sure – one that I’ve already embraced with my arms wide open. I’m grateful that it has come my way,” he said.

Republished from the University of Cape Town under a Creative Commons Attribution-NoDerivatives 4.0 International Licence.

Source: University of Cape Town

Going Viral: Dr Chivaugn Gordon on Medical School with a Difference

Dr Chivaugn Gordon, head of undergraduate education at UCT’s Department of Obstetrics and Gynaecology, reflects on her love of teaching future doctors about women’s health issues. PHOTO: Nasief Manie/Spotlight

By Biénne Huisman for Spotlight

With humour and wearing an occasional wig, Dr Chivaugn Gordon teaches medical students about serious women’s health issues. During hard lockdown she delighted students at the University of Cape Town (UCT) with educational videos using household items as props. For example, she created an endometrium (the inner lining of the uterus) from hair gel and red glitter, performed a biopsy on a potato, and showed a chicken hand puppet go into labour.

One video features a patient named Zoya Lockdownikoff – who is a spy – consulting with her doctor about abnormal menstrual bleeding. Gordon, in a blonde wig with round sunglasses, plays Lockdownikoff; and Gordon’s husband, Dr Adalbert Ernst, plays her doctor.

Lockdownikoff explains that the bleeding started when she “did a very complicated backflip to escape a very compromising situation” and that it’s ruining her expensive super-spy coats.

Gordon is head of undergraduate education at UCT’s Department of Obstetrics and Gynaecology, while Ernst is with the university’s Department of Anaesthesia and Perioperative Medicine.

Speaking from her yellow-walled lounge in Cape Town’s Bergvliet, Gordon says: “I became a doctor because I love working with patients. And then I realised, oh cool, I love teaching too. And now I can do these two things together.”

Interest in IPV

For Gordon a driving interest has been intimate partner violence (IPV) which she introduced into her undergraduate curriculum in 2015.

“The aim is to have graduating doctors who are able to recognise intimate partner violence. Everybody thinks that you can’t possibly be abused unless you have a black eye or a fractured arm. But actually, IPV is often more psychological. It’s often psychological abuse. So the challenge is to teach young doctors what are the red flags in someone’s behaviour, or in their clinical presentation, that might indicate IPV.”

Published online in April, Gordon delivered a talk for TEDxUCT called “Tackling IPV, one awkward dad conversation at a time”, in which she notes IPV is “a global pandemic that has been ongoing since time began”. The title refers to Gordon’s father who raised her.

According to a paper published in the journal Lancet Psychiatry last year, IPV is the most common form of violence worldwide; it is most prevalent in unequal societies, and its victims are mostly women and girls. The paper states that worldwide 27% of women and girls aged 15 and older have experienced physical or sexual IPV, but in South Africa the figure is estimated to be much higher, between 33 and 50%.

Gordon contributed to South Africa’s revised Domestic Violence Amendment Act of 2021, through UCT’s Gender Health and Justice Research Unit.

The new legislation broadens the definition of domestic violence to include (above and beyond physical and sexual abuse) emotional, verbal or psychological abuse, which is described as “a pattern of degrading, manipulating, threatening, offensive, intimidating or humiliating conduct towards a complainant that causes mental or psychological harm…including (repeated) insults, ridicule or name calling; (repeated) threats to cause emotional pain; the (repeated) exhibition of obsessive possessiveness or jealousy…”

Gordon highlights the term coercive control. “Because that underpins most serious intimate partner violence. So, somebody who is extremely controlling; they want their partner to do what they want, when they want, and how they want immediately. They normally start isolating you from friends and family so they can spin a narrative of your reality that can’t be contested by anyone else. And it also makes it more difficult to leave.”

Red flags

Gordon highlights some of the IPV red flags that doctors should look for in their patients.

“Depression, anxiety, PTSD, insomnia, [and] things like self-medicating with substances,” she says. “Because when you are living in absolute, abject terror every day of your life, it’s going to manifest in some kind of psychological manner. So, when people have been broken down and worn down and their self-esteem has been eroded it also affects the way they might interact with the healthcare professional.

“Big red flags come out in body language. Usually when someone goes to a doctor, they tell you everything about all their symptoms, because they want you to make them better. So, if you’ve got a patient who is closed off, they’re not making eye contact, they’re avoiding answering your questions, they’re just very reticent and you can’t get anything out of them…then you’ve got to think.”

Gordon stresses that IPV happens across economic strata and in all walks of life. “Every time I run this workshop, a medical student who comes from a very privileged background, from a very financially stable, loving home, comes to me, saying this is happening to her. It happens everywhere. I’ve got medical colleagues, several, who have experienced intimate partner violence. It doesn’t discriminate.”

Republished from Spotlight under a Creative Commons Licence.

Source: Spotlight

Medical Students Retain Knowledge Better from Virtual Reality Lessons

A trial published in the International Journal of Gynecology & Obstetrics lends support to the idea that 3D virtual reality lessons can improve medical students’ retention of knowledge and understanding of complex topics in obstetrics and gynaecology.

For the study, 21 students took part in a 15-minute virtual reality learning environment (VRLE) experience on the stages of foetal development, while 20 students received a PowerPoint tutorial on the same topic, serving as a control.

While the students’ level of knowledge increased after both learning experiences, it was only retained in the VRLE group at one-week follow up. Questionnaires completed by participants reflected a high degree of satisfaction with the VRLE tool compared with the traditional tutorial.

“Virtual reality learning tools hold potential to enhance student learning and are very well received by students,” said corresponding author Fionnuala McAuliffe, MD, of University College Dublin National Maternity Hospital, in Ireland.

Source: Wiley

ChatGPT can Now (Almost) Pass the US Medical Licensing Exam

Photo by Maximalfocus on Unsplash

ChatGPT can score at or around the approximately 60% pass mark for the United States Medical Licensing Exam (USMLE), with responses that make coherent, internal sense and contain frequent insights, according to a study published in PLOS Digital Health by Tiffany Kung, Victor Tseng, and colleagues at AnsibleHealth.

ChatGPT is a new artificial intelligence (AI) system, known as a large language model (LLM), designed to generate human-like writing by predicting upcoming word sequences. Unlike most chatbots, ChatGPT cannot search the internet. Instead, it generates text using word relationships predicted by its internal processes.

Kung and colleagues tested ChatGPT’s performance on the USMLE, a highly standardised and regulated series of three exams (Steps 1, 2CK, and 3) required for medical licensure in the United States. Taken by medical students and physicians-in-training, the USMLE assesses knowledge spanning most medical disciplines, ranging from biochemistry, to diagnostic reasoning, to bioethics.

After screening to remove image-based questions, the authors tested the software on 350 of the 376 public questions available from the June 2022 USMLE release. 

After indeterminate responses were removed, ChatGPT scored between 52.4% and 75.0% across the three USMLE exams. The passing threshold each year is approximately 60%. ChatGPT also demonstrated 94.6% concordance across all its responses and produced at least one significant insight (something that was new, non-obvious, and clinically valid) for 88.9% of its responses. Notably, ChatGPT exceeded the performance of PubMedGPT, a counterpart model trained exclusively on biomedical domain literature, which scored 50.8% on an older dataset of USMLE-style questions.

While the relatively small input size restricted the depth and range of analyses, the authors note their findings provide a glimpse of ChatGPT’s potential to enhance medical education, and eventually, clinical practice. For example, they add, clinicians at AnsibleHealth already use ChatGPT to rewrite jargon-heavy reports for easier patient comprehension.

“Reaching the passing score for this notoriously difficult expert exam, and doing so without any human reinforcement, marks a notable milestone in clinical AI maturation,” say the authors.

Author Dr Tiffany Kung added that ChatGPT’s role in this research went beyond being the study subject: “ChatGPT contributed substantially to the writing of [our] manuscript… We interacted with ChatGPT much like a colleague, asking it to synthesise, simplify, and offer counterpoints to drafts in progress…All of the co-authors valued ChatGPT’s input.”

Source: EurekAlert!

Surgical Simulations Confer Better Skills and Reduce Complications

A surgical simulation unit used in the study. Credit: Takashige Abe.

An international trial found that while simulation-based training for ureteroscopy did not speed up surgeons general proficiency acquisition, it did increase skills in more complex surgeries, with fewer total complications and ureteric injuries. The results were published in the journal European Urology.

“To date, there have been limited data, mostly from small-scale studies conducted with medical students, assessing the transferability of surgical simulation,” said paper authors Takashige Abe, Associate Professor of Urology at Hokkaido University. The aim, he said, was to evaluate whether surgical residents undergoing additional simulation training can achieve proficiency sooner and with better patient outcomes, compared to usual operation room-based training.

The trial followed 65 participants in 10 countries for 18 months, or up to 25 procedures. A total of 32 participants received simulation-based training while 33 received conventional apprenticeship-style training. Both remained supervised by more experienced surgeons. Participants performed a total of 1140 surgeries, either semi-rigid or flexible ureteroscopy to remove ureteral or renal stones, respectively, demonstrating “mixed results” in proficiency.

“For our primary outcome measure, while we showed what might be deemed a clinically meaningful difference, it was not statistically significant,” Prof Abe said. “However, when stratified to each procedure type, there were higher rates of proficiency in the simulation-based training group when it came to the more technically challenging flexible ureteroscopy procedure.”

Prof Abe also noted that the simulation group scored higher on a standard assessment for each surgerythe other group.

“Simulation-based training led to higher overall proficiency scores than for conventional training, and fewer procedures were required to achieve proficiency in the complex form of the index procedure, with fewer serious complications overall,” Prof Abe said. “It is expected that the results of the trial will have a positive impact for advanced procedural training beyond the fields of surgery and urology in order to promote patients’ safety as well as better surgical outcomes.”

Source: University of Hokkaido

A New Understanding of the Fundamental Order of the Abdomen

Source: Pixabay

In a research paper published in Communications Biology, researchers from the University of Limerick have detailed the development and structure of the mesentery. In doing this, they uncovered a new order by which all contents of the abdomen are organised or arranged – or the “fundamental order of the abdomen”, where organs are in one of two compartments.

Professor Calvin Coffey, Foundation Chair of Surgery at UL’s School of Medicine in Ireland, whose major discovery led to the reclassification of the mesentery as a new organ in 2016, has published new research on the makeup and structure of the abdomen.

The importance of these findings on the mesentery and the impact these have on our understanding of the abdomen have been further explained in a review article just published in the Lancet Gastroenterology and Hepatology.

Prof Coffey explained that his team have been looking at the development and structure of the mesentery since 2016.

“We showed how the mesentery is a single and continuous organ in and on which all abdominal digestive organs develop and then remain connected to throughout life,” he explained.

“These findings revealed a simplicity in the abdomen that was not apparent in conventional descriptions of anatomy.”

The international team of researchers used cutting edge techniques to clarify how the mesentery develops and the shape it has in adults.

Their work revealed that the organisation of the abdomen has a remarkably simple design.

“The abdomen is not the dauntingly complex collection of separate organs it was previously thought to be,” said Prof Coffey.

“Instead, all digestive organs are neatly packaged and arranged by the mesentery into a single digestive engine. That simplicity lay hidden until clarification of the nature of the mesentery.”

The model itself was described by the team in the most recent edition of Gray’s Anatomy. The supportive evidence was published in Communications Biology and the clinical importance was explained in the review in The Lancet Gastroenterology and Hepatology.

“The most important finding here was the discovery of the fundamental order of the abdomen. At the foundation level, all contents of the abdomen are simply organised into one of two compartments,” explained Prof Coffey.

“The fundamental order of any structure is of considerable importance, in particular when it comes to diagnosing patients with illness and treating their disease. The fundamental order is the foundation from which all science launches and clinical practice is based.

“The organisational simplicity of the abdomen now immediately explains the behaviours of viral and bacterial infections, cancer, inflammatory bowel disease, obesity, diabetes and many others,” he added.

Improvements in surgery have been made to surgery by a better understanding of the mesentery and its functions, and the new research builds on those advances. There are also exciting areas for future investigation, according to Prof Coffey.

“Patients are already benefiting from what we now call mesenteric-based approaches to the diagnosis and treatment of most abdominal conditions. The Mesenteric Model of Abdominal Anatomy – or the description of the order of the abdomen – is being incorporated into numerous reference curricula at this moment,” he said.

“Regarding the future, it is being argued that we are seeing a paradigmatic shift from old to new order. Already, intriguing questions are emerging that we can call ‘legitimate or admissible’ in the strictest scientific sense. Science can approach numerous questions in a new light.  Clinicians can design diagnostic and treatment approaches based on a new foundation,” Prof Coffey concluded.

Source: EurekAlert!