Tag: 27/2/25

In-depth | Will the Latest Private Health Reforms Bring Down Prices?

Photo by cottonbro studio

The government took its first steps towards the implementation of the recommendation of Health Market Inquiry into the private healthcare sector.

By Chris Bateman

Medical aid schemes will be given collective power to negotiate prices, according to draft regulations published last week. While some see the move as an important step toward reining in private healthcare prices, others argue that they do not go far enough and are legally unsound. We spoke to several leading experts about the proposed reforms.

Complaints about the high cost of private healthcare services in South Africa are nothing new. For the last two decades, above inflation increases to medical aid scheme premiums have been the norm. Added to this, many of the 16 or so percent of the population who are members of a scheme will have been asked to pay unexpected out-of-pocket co-payments at some point.

To understand why all this is happening, the Competition Commission launched a Health Market Inquiry (HMI) in 2014. The final HMI report, published in 2019, found that government had failed in its duty to regulate the private health sector, which it described as “neither efficient [nor] competitive”.

This failure in regulation has resulted in a private healthcare market that is “highly concentrated”, “characterised by high and rising costs of healthcare and medical scheme cover, and significant over utilisation without stakeholders being able to demonstrate associated improvements in health outcomes”, Justice Sandile Ngcobo, chairperson of the HMI panel, said at the time.

A key regulatory failure identified by the HMI  was the absence of any effective mechanisms to keep prices under control. Medical aid schemes would set a price that they would cover – but there is nothing stopping healthcare providers from charging much higher prices. This is particularly a problem for prescribed minimum benefits (PMBs) – a set of healthcare services that schemes have to cover in full.

The HMI recommended the establishment of a supply side regulatory authority (SSRA) that would be independent from both government and the private sector. Among others, the SSRA would set maximum tariffs for PMBs as well as reference tariffs for all other health services.

In September 2020, around a year after the HMI report was released, the Competition Commission published a notice that seemed to set the ball rolling on establishing a new tariff negotiating framework along the lines of the HMI recommendation. Their proposed multilateral negotiating forum would have been governed by the Council for Medical Schemes until the SSRA could be established.  But things then largely went silent, until earlier this month.

A new tariff-setting framework

On 14 February 2025, draft regulations published by the Minister of Trade Industry and Competition, Parks Tau, set out a new tariff determination framework for private healthcare in South Africa. At its core are two structures. The Tariffs Governing Body (TGB), consisting mainly of experts responsible for providing oversight in the tariff determination process, and the Multilateral Negotiating Forum (MLNF) made up of multiple stakeholders “which shall serve as the primary forum for collectively determining the maximum tariffs for prescribed and non-prescribed minimum benefits for healthcare services”.

In short, the work of negotiating and determining tariffs will be done by the MLNF, with the TGB providing some oversight and support. The TGB is also empowered to make a tariff determination when the MLNF fails to reach agreement.

The National Department of Health will have substantial control over both structures. Members of the MLNF will be appointed by the Director General of Health, and will include representatives of government, associations representing healthcare practitioners, healthcare funders, civil society, patient and consumer rights organisations, and any other regulatory body within the healthcare sector. The TGB will be located in the National Department of Health and will be chaired by an official of the department.

The regulations came in the form of a draft interim “block exemption” from certain provisions in the Competition Act. Such an exemption is required in order to enable the tariff governing body and the multilateral negotiating forum to function legally. The stated purpose of the exemption is to “contribute to the affordability of quality healthcare services…reduce costs and prevent the overutilization of healthcare services”.

In addition to the “collective determination of healthcare services tariffs”, the exemption also provides for “the collective determination of standardised diagnosis, procedure, medical device and treatment codes”, and “the collective determination of quality measurements/metrics, medicines formularies and treatment protocols/guidelines with the purpose of contributing to affordability of quality healthcare services across both PMBs and non-PMBs, contributing to reducing costs and contributing to the prevention of overutilization of healthcare services”.

The exemption doesn’t apply to everyone in the health sector. While healthcare providers like GPs and specialists are included, hospitals are not included.

Not an independent entity

While generally in favour of implementing the HMI recommendations, several experts Spotlight consulted are critical of how the government is going about it.

One line of criticism has been that the new framework is not sufficiently independent from the health department, as recommended in the HMI report.

Professor Alex van den Heever, Chair of Social Security Systems Administration and Management Studies at the University of the Witwatersrand (Wits), said the regulations deviate from the requirement for independence of any price regulator from political interference – which he points out is expressly addressed by the HMI.

In a media conference on Monday, Health Minister Dr Aaron Motsoaledi cited financial constraints for failing to set up an independent regulatory body. He also said that the department had a “mandate to manage healthcare systems”.

“We’re still looking at various options on an independent regulator, but National Treasury has severe constraints,” he said.

The exemption is for a period of three years and has been described as an interim measure.

Piecemeal implementation?

Another line of criticism is that only some HMI recommendations are being implemented, whereas the HMI stressed the need for an “inter-related” approach. While the tariff-determinations may bring down prices, it will not prevent doctors from, for example, sending people for medically unnecessary scans (a form of overutilisation).

Sharon Fonn, a professor in the School of Public Health at Wits and who was part of the HMI panel, said implementing aspects of the HMI piecemeal will neither foster competition nor protect the consumer.

“Controlling prices achieves little in the absence of the recommended holistic framework, which addresses the incentives of schemes to contract on cost, quality and demand,” she said.

Costs are influenced by both price and demand. The HMI did extensive work to show that supplier-induced demand was a problem – clearly indicating that price controls would achieve nothing in the absence of broader interventions, said Van den Heever.

“You’ll be hard pressed to find tariffs rising much faster than CPI (Consumer Price Index),” said Van den Heever. “Costs rise because of claims volumes, not the tariffs. This is because the frequency of patient consultations or in-patient days can rise in response to a fixing of prices. Providers are in a position to influence this demand. Annually you could have a 3% actual cost increase, with only a third of the increase (one percentage point) due to original price (tariff) changes. This is fully addressed in the HMI,” he added.

In response to criticism over the piecemeal implementation of HMI recommendations, Motsoaledi stressed that the HMI conceded that its recommendations would be implemented in phases.

Questions of scope

Elsabe Klink, an independent healthcare legal consultant and former advisor to the South African Medical Association, said government is mixing up the coding, protocols and Health Technology Assessments (HTA) which, on the HMI recommendations, are not up for negotiation in the MNLF.

“The HMI recommended that those functions be separate. How on earth can people negotiate on how a diabetic patient can be treated. That is a scientific question,” she said.

Klink said the HTA seems to be a veiled attempt at price control, directly for healthcare professionals and indirectly, to bar from the market devices and medications that did not make it onto the protocols or formularies.

“It [the draft regulations] purports to implement Health Market Inquiry recommendations but seems to stray into issues that are integral to NHI implementation as well, notably the HTA Committee,” said Dr Andy Gray, pharmaceutical sciences expert at the University of KwaZulu-Natal and Co-Director of the WHO Collaborating Centre on Pharmaceutical Policy and Evidence Based Practice.

Justifying the HTA measures, Motsoaledi said it was to prevent “the medical arms race” where healthcare practitioners prioritised patient volumes to enable them to beat their opponents in offering the latest technology. “This behaviour ruled by a medical arms race must end,” he said. He did not specifically explain why HTA was included in the exemption and not addressed through other regulations.

Questions of legality

Questions have also been raised over the legality of the regulations and whether or not they’d be vulnerable to litigation.

Van den Heever described the new regulations as “quite strange and extremely untidy, exposing the entire enterprise to legal challenge from the outset”. He said that the exemption bypasses normal legislative processes, that require evidence-based motivations and wide consultation.

He said the exemption went beyond competition concerns by establishing new governance structures that resembled a regulatory framework rather than a competition-related exemption.

“Furthermore, the structures and framework apply to a different minister (Health) – who has the legal authority to establish such a framework – not the Minister of Trade Industry and Competition. The Competition Act provides for exemptions, but only to facilitate competition-related objectives,” he said.

Dr Rajesh Patel, the Head of the Health System Strengthening Department at the Board of Healthcare Funders, had similar concerns. He said he finds it strange that “you need the Department of Trade Industry and Competition to tell the Department of Health to do their work”.

Could providers opt out?

Another contentious, and not entirely clear, aspect of the new framework is whether healthcare providers will be able to charge higher prices than those agreed through the MLNF.

“Perhaps one of the most problematic elements is that to protect patients, there needs to be some system to prevent opting out. It is likely that providers will opt out of this system and pass on additional costs to patients,” warned Fonn.

But, when asked about healthcare providers potentially opting out, Motsoaledi said that if that happened, “we’d be back to square one where everybody can charge whatever they want. I don’t think the HMI wanted that.” He didn’t specifically clarify how the current reforms would prevent healthcare professionals from opting out.

According to the draft regulations, the tariffs determined by the MLNF are “binding on all parties to the agreement”. It does however leave the door open for bilateral negotiations outside of the MLNF, but “only for the purpose of concluding an agreement on reductions, but not increases, on the tariffs for PMBs and non-PMBs as determined by the MLNF process”. There appears to be nothing in the regulations that would prevent healthcare providers from opting out altogether and charging what they like – although it is unclear to what extent, if at all, schemes would reimburse in such instances.

Concerns over timing

On timing, there are both concerns over how long the process has taken so far, and how long it might take going forward. This month’s draft regulations were published roughly five and a half years after the publication of the HMI report. For most of this period, Motsoaledi was not health minister.

Motsoaledi blamed the COVID-19 pandemic and the national elections that followed shortly afterward for the delay.

Health Minister Dr Aaron Motsoaledi. (Photo: Kopano Tlape/GCIS)

Patel expressed serious reservations about the ability of the health department to implement the block exemption process. “If their history is anything to go by, we will see similar delays and consequently, rising healthcare costs,” he said.

Patel said that the quickest solution to render private healthcare more affordable would be if the Competition Commission granted exemptions to allow medical schemes to collectively negotiate tariffs with willing healthcare providers. The health department, he said, need not be involved at all.

“We have serious reservations about the Department of Trade, Industry and Competition putting the power in the Department of Health’s hands to manage the block exemption process. They have actively kept private healthcare expensive and inaccessible to justify the implementation of the NHI,” he claimed.

Spotlight sent written questions to the Department of Health last week and during Monday’s media conference. Though some of our questions were addressed in the media conference, others had not been responded to by the time of publication.

– Additional reporting by Marcus Low.

Republished from Spotlight under a Creative Commons licence.

Read the original article.

New Drug may Delay Need for Aortic Valve Surgeries by Slowing Disease Progression

Artificial heart valve. Credit: Scientific Animations CC4.0

Researchers at Mayo Clinic are exploring the use of a new drug called ataciguat to manage aortic valve stenosis (AVS). Results from preclinical and clinical studies, published in Circulation, show that ataciguat has the potential to significantly slow disease progression. The final step to establish the drug’s long-term effectiveness and safety is a phase 3 trial, and efforts to launch that pivotal trial are soon to be underway with an industry partner.

In AVS, calcium deposits build up and narrow the aortic valve, forcing the heart to work harder to move blood. The condition typically progresses over time, with symptoms like chest pain, shortness of breath and fatigue affecting people over age 65. The current standard of care, watchful waiting, often leads to reduced quality of life before the condition is severe enough for the patient to have a surgical or interventional valve replacement.

“This research represents a significant advancement in the treatment of aortic valve stenosis,” says Jordan Miller, PhD, director of the Cardiovascular Disease and Aging Laboratory at Mayo Clinic.  “Ataciguat has the potential to substantially delay or even prevent the need for valve replacement surgery, significantly improving the lives of millions.”

Dr Miller notes that the impact extends beyond simply delaying surgery. Younger patients with aggressive disease or congenital valve defects may develop symptoms in midlife. If a patient requires valve replacement before the age of 55, there is a more than 50% likelihood they will require multiple valve replacement surgeries over their lifetime due to recalcification of the implanted valve. Ataciguat, which slowed progression of native aortic valve calcification in the clinical trial, offers the potential for a once-in-a-lifetime procedure if they can reach the age of 65. The older a patient is, the less likely the implanted valve is to calcify.

Over the past decade, Mayo Clinic’s research revealed that ataciguat reactivates a pathway crucial in preventing valvular calcification and stenosis. Preclinical studies in mice showed that this drug substantially slowed disease progression even when treatment began after the disease was established.  

Clinical trials in patients with moderate AVS demonstrated that once-daily ataciguat dosing was well tolerated, with minimal side effects compared to placebo. This latest phase 2 trial in 23 patients showed a 69.8% reduction in aortic valve calcification progression at six months compared to placebo, and patients receiving ataciguat tended to maintain better heart muscle function. Crucially, the research team confirmed that, despite its profound effect on slowing valve calcification, ataciguat did not negatively impact bone formation.

Source: Mayo Clinic

AI-driven Telemedicine: Overcoming Adoption Barriers in Africa

Photo by Christina Morillo: https://www.pexels.com/photo/software-engineer-standing-beside-server-racks-1181354/

Artificial Intelligence (AI) is reshaping healthcare globally, and Africa stands to benefit immensely. AI-driven telemedicine is revolutionising access to care, offering innovative solutions to overcome healthcare challenges across the continent. From remote diagnostics to virtual consultations, AI is enhancing medical services, improving efficiency, and ultimately making healthcare more accessible to millions.

Understanding Telemedicine and AI

Telemedicine leverages telecommunications technology to provide remote healthcare services. It includes virtual consultations, remote patient monitoring, electronic health records, and AI-powered diagnostics. AI, through machine learning and natural language processing, analyses vast amounts of data rapidly, identifies patterns, and provides valuable insights. With AI doing the heavy lifting in healthcare, medical professionals can focus on patient care while benefiting from advanced decision-making support.

The Importance of Healthcare Access in Africa

The World Health Organization (WHO) estimates that over 60% of Africans lack access to essential healthcare services. A shortage of healthcare professionals and inadequate infrastructure exacerbates this challenge.

In South Africa alone, 50 million people rely on state healthcare, making cost-effective, high-quality solutions a necessity. Addressing healthcare access issues is crucial for improving public health, reducing mortality rates, and enhancing overall well-being.

The Role of AI in Telemedicine

AI-driven tools are enhancing medical diagnostics, improving accuracy and efficiency. For example, AI algorithms can analyse imaging scans, such as X-rays and MRIs, to detect conditions like tuberculosis and cancer. In South Africa, AI solutions developed by Qure.ai and EnvisionIT have demonstrated remarkable accuracy in interpreting chest X-rays, often surpassing general radiologists in detecting tuberculosis.

Velocity Skin Scanning further enables rapid dermatological screenings, providing timely and accurate diagnoses.

AI-powered chatbots, such as those used in Ghana’s mPharma initiative, assist in symptom assessment, medication stock predictions, and patient guidance. Virtual consultation platforms like DabaDoc in Nigeria and CareFirst, Unu Health, and Hello Doctor in South Africa enable seamless patient-doctor interactions, particularly in underserved areas. AI streamlines these services, ensuring better patient screening, appointment scheduling, and treatment accuracy.

Challenges in AI-Driven Telemedicine Adoption

Many African regions face limited internet connectivity, device accessibility issues, and electricity shortages, hindering telemedicine implementation. Satellite internet solutions, such as Starlink and solar-powered connectivity, present potential solutions.

Supportive regulatory frameworks are crucial for AI-driven healthcare success. Governments must develop policies that encourage innovation while safeguarding patient data. Collaborative efforts between policymakers and tech companies can facilitate AI integration into healthcare systems. The African Medical Council (AMCOA) plays a key role in shaping such regulations.

Educating healthcare professionals on AI technologies is essential for effective implementation. Upskilling programs empower medical staff to utilise AI tools efficiently. Additionally, cultural acceptance of telemedicine varies, making community outreach and education initiatives vital for overcoming skepticism.

Technology costs often pose adoption challenges, particularly when solutions are not developed locally. However, virtual primary healthcare services are cost-effective and can serve as an entry point for widespread AI adoption. Strategies to enhance affordability include subscription models, public education, media promotion, healthcare practitioner reimbursement, cross-border medical registration, and economic incentives for AI adoption.

AI-Driven Solutions in Practice

CareFirst offers on-demand virtual doctor consultations, available 24/7 via video calls, telephonic consultations, and AI-driven vital scans.

Patients can access AI-driven vital scans to measure stress levels, blood pressure, heart rate, respiratory rate, glucose levels (HbA1C), and oxygen saturation. These tools provide real-time health insights, aiding proactive healthcare management.

Powered by Belle AI and endorsed by WHO, this AI-driven technology enables real-time dermatological assessments, facilitating early detection of skin conditions.

ER Consulting Inc. has adopted Scribe MD to improve medical record-keeping. This AI solution reduces doctor burnout, enhances patient interactions, lowers documentation time, mitigates medicolegal risks, and improves clinical data analysis.

Conclusion

AI-driven telemedicine has the potential to revolutionise healthcare accessibility in Africa. By addressing critical adoption barriers, fostering collaborations between governments, tech companies, and healthcare organizations, and leveraging AI-powered innovations, we can create a more connected, efficient, and inclusive healthcare ecosystem.

The future of healthcare in Africa is digital, and AI is paving the way toward a healthier, more accessible future for all.

Case Reveals a Rare Side Effect of Cancer Immunotherapy

The genetically modified CAR-T cells meant to treat the cancer themselves turned cancerous

Depiction of multiple myeloma. Credit: Scientific Animations

Some forms of blood cancer, such as multiple myeloma and lymphoma, are malignant diseases that originate from immune cells, specifically lymphocytes. In recent years, CAR-T cell therapies have become an essential part of the treatment of patients whose lymphoma or multiple myeloma has relapsed. This involves genetically modifying the patient’s own T lymphocytes (T cells) in order to specifically recognise and eliminate the cancer cells using a chimeric antigen receptor (CAR).

One special case is the subject of an article published in Nature Medicine. A 63-year-old patient with multiple myeloma developed T cell lymphoma in the blood, skin and intestine nine months after undergoing CAR-T cell therapy at the University Hospital of Cologne. The tumour developed from the genetically modified T cells that were used in the treatment.

The initiators of this collaborative project, Professor Marco Herling, managing senior physician at the University of Leipzig Medical Center and Dr Till Braun, research group leader at the University Hospital of Cologne, have world-renowned expertise in understanding the rare but difficult-to-treat T cell lymphomas. “This is one of the first documented cases of such lymphoma following CAR-T cell therapy. The findings of this study will help us to better understand the risks associated with the therapy and possibly prevent them in the future,” says Professor Maximilian Merz, who led the current study as corresponding author together with Professor Marco Herling from the University of Leipzig Medical Center. 

The researchers discovered that it was not just current genetic alterations of the T cells that caused the tumour. Pre-existing genetic changes in the patient’s haematopoietic cells also played a role. The researchers used cutting-edge technologies to study the tumour’s development in detail. Various methods of next-generation sequencing – an advanced, high-throughput technology for analysing DNA and RNA sequences – were used to study the phenomenon. Whole-genome sequencing was used to identify genetic alterations, while single-cell RNA sequencing analysed the transcriptome of the CAR-T cells to investigate genes and signalling pathways.  

These methods had previously been developed in close collaboration between the research groups of Professor Merz at the University of Leipzig Medical Center and Dr Kristin Reiche at the Fraunhofer IZI. The close collaboration between clinicians and basic scientists in the field of CAR-T cell therapy allowed for the case to be analysed in a very short time. The University of Leipzig Medical Center is one of the leading centres in Europe for the treatment of multiple myeloma with CAR-T cells and of T cell lymphoma. “This case provides valuable insights into the emergence and development of CAR-bearing T cell lymphoma following innovative immunotherapies and highlights the importance of genetic predispositions for potential side effects,” says Professor Merz, Senior Physician at the Department for Hematology, Cell Therapy and Hemostaseology at the University of Leipzig Medical Center. 

The researchers are planning further scientific studies to better understand similar cases and identify risk factors. The aim is to be able to predict and prevent such side effects after CAR-T cell therapies, which are currently being used more and more widely, in the future. The high relevance of the topic of secondary tumours after CAR-T cell therapy has now been highlighted in a second scientific paper. The same research team submitted a manuscript to the high-impact journal Leukemia that systematically summarises this patient case and the nine other recently published cases of T cell lymphoma from CAR-T cells worldwide. Normally, it takes several weeks to months for peer reviewers to accept a scientific paper for publication. In this case, the manuscript was accepted for publication within a day. “It is important to create a real, data-based awareness of the rarity of this complication, at far less than one per cent, and the mechanisms by which it occurs,” says Professor Herling.

Source: Universität Leipzig

Using Liquid Metal to Create New Tissue

Artist’s representation of an approach for moulding biological structures in the lab using a metal called gallium. The image shows a metallic branching structure (gallium) and then empty vessels running through a block of organic tissue. Credit: Donny Bliss/NIH

The ability to engineer complex biological tissues, such alveoli or blood vessels, has vast potential to help us unlock fundamental biological insights, test new therapeutics, and one day even build fully functional replacement tissues or whole organs. But researchers have found it challenging to use current technologies such as 3D printing to produce living tissues using natural biological materials that include larger organ structures accurately constructed down to the tiny, cellular level. It has been too complex to recreate the many different tissue architectures of the human body in the lab.

A recent, NIH-supported study reported in Nature suggests a clever solution. The key is taking advantage of the natural properties of a silvery metal known as gallium, which is notable for melting at about 30°C, below body temperature, meaning it can be melted by body temperature. The new study demonstrated the metal’s use as a moulding material for generating soft biological structures complete with hollowed-out internal forms in the wide range of intricate shapes and sizes that would be needed to support the growth of larger, lifelike tissues from cells.

The team behind the new approach called ESCAPE (engineered sacrificial capillary pumps for evacuation), is led by Christopher Chen at Boston University and the Wyss Institute at Harvard University in Boston. The research team realised they needed a single process that could handle fragile biological materials while also building well at both large and extremely tiny scales.

How does ESCAPE achieve this? The strategy is much like traditional metal-casting, which has long been used to make intricate jewelry or sculptures from metals, but in reverse. In this process, a template is made from wax inside a rigid material. When the wax is melted away by molten metal, the desired form is left behind.

The researchers realized that gallium was an ideal material to work with for fashioning scaffolds for use in tissue engineering. Gallium is easy to handle and cast into desired shapes. Its low melting point and biocompatibility also made it especially appealing. In the ESCAPE approach, the researchers start by coming up with a desired shape. They then make a solid metal cast of the shape out of gallium. Next, they form a soft biomaterial around the gallium cast. When the temperature is raised, the gallium can be melted and cleanly removed, leaving behind a perfect scaffold. This works well because gallium also has a high surface tension state, which means that it can be made to readily pump itself out of a confined space. Finally, the researchers add cells to the biomaterial scaffold and grow them to form the desired tissue structure.

To demonstrate the potential of ESCAPE, the researchers chose to create blood vessel networks, including lengths at many different scales. They showed they could make complex, cell-laden vascular networks out of collagen, modelling healthy blood vessel structures, as well as some with dead ends found in disease states such as vascular malformations. The structures included 300 micrometre arterioles, as well as microvasculature ten times smaller than that. For context, the diameter of a human hair is around 75 micrometres.

The team went on to show they could produce distinct and interwoven tissue networks like those in the circulatory system. They also built cavities packed with cardiac cells lined with the blood vessels needed to feed them.

While it’s still early, the researchers say that the ESCAPE moulding approach could pave the way for producing a wide range of tissue architectures that had been previously impossible to make in the lab. They’re continuing to explore the approach with various cell types and shapes found in different organs throughout the body. The hope is that these fabricated tissues could help researchers in numerous ways, including for drug testing, the development of new treatments, and potentially one day with organ replacement.

Source: National Institutes of Health