The ransomware cyberattack on the National Health Laboratory Service (NHLS) network highlighted the indispensable role of laboratory medicine in the healthcare system. This incident severely disrupted the processing and release of patient samples, underscoring the critical yet often underappreciated contributions of laboratory medicine. Laboratory professionals operate behind the scenes, providing data crucial for medical decisions, yet they frequently face challenges such as resource allocation, limited public awareness, and professional recognition. In order to address the ‘Cinderella specialty’ perception of laboratory medicine, it is essential to enhance visibility, education, and resource allocation. Governments and politicians can play a pivotal role in this transformation by increasing funding for laboratory infrastructure and technology, reinforcing laboratory medicine in medical curricula, launching public awareness campaigns, and supporting workforce development. In addition, fostering innovation through research grants and policy advocacy can further elevate the status of laboratory medicine. By recognising and addressing these issues, the healthcare system can ensure that the contributions of laboratory professionals are fully appreciated, leading to improved patient care and health outcomes.
Many of the Colleges of Medicine, South Africa (CMSA) members will have, by now, experienced the impact of the June 2024 ransomware cyberattack on the National Health Laboratory Service (NHLS) computer network resulting in the paralysis of processing of patient samples for analysis and the release of laboratory results. These rely heavily on electronic processing and transmission from the time of specimen receipt to the point of reporting. A paralysis of the network severely compromises the ability of doctors to make clinical decisions in the public healthcare sector.
In common with the coronavirus disease 2019 (COVID-19) pandemic,
Laboratory medicine operates largely out of public view.
Approximately, 70% of medical decisions are based on laboratory results,
Laboratory departments and services frequently receive less funding and fewer resources compared to other clinical departments, resulting in outdated equipment, staffing shortages, and limited opportunities for professional development.
Medical education typically emphasises clinical skills and direct patient care, leaving laboratory medicine less emphasised. Consequently, there is a general lack of awareness about its scope and importance.
Laboratory professionals, including medical laboratory scientists and pathologists, often experience lower recognition and status compared to clinical counterparts, affecting morale and the appeal of the speciality to new entrants.
Laboratory work is sometimes seen as routine and monotonous. This perception overlooks the complexity and critical thinking required in various pathology disciplines such as chemical pathology, haematology, anatomical pathology, microbiology, genetics, virology, and immunology.
The general public often has a limited understanding of what laboratory medicine entails, typically envisioning doctors and nurses rather than the laboratories that play a crucial role in diagnosing diseases and monitoring treatment efficacy.
Historically, laboratory medicine has evolved from a support service to a specialised field. However, the historical view of it as a support function still lingers, contributing to its ‘Cinderella’ status. One need only hark back to the era of the ‘barber surgeon’. Barber-surgeons were so named because, in the medieval period, they performed a dual role as barbers and surgeons. The origin of this dual profession can be traced back to a time when surgery was considered a manual craft rather than a scholarly medical practice. Internal medicine physicians of the time, who were perceived to be more academic and focused on diagnosis, viewed surgery as a lower-status occupation. Physicians, who studied at universities and were part of a more elite and scholarly medical profession, often looked down upon the practical and manual nature of surgery. In the 18th and 19th centuries, surgery became more respected and formally integrated into medical education and practice. A similar paradigm shift needs to take place with pathology and laboratory medicine.
In order to address this perception, it is essential to:
Increase the visibility of the contributions of laboratory professionals to patient care.
Enhance education and awareness about the importance of laboratory medicine.
Advocate for better resource allocation and professional recognition.
Highlight innovations and advances within the field, such as molecular diagnostics and personalised medicine.
By promoting a better understanding of the pivotal role laboratory medicine plays in healthcare, its status can be elevated from a ‘Cinderella specialty’ to one that is fully recognised and valued for its contributions.
Governments and politicians can play a crucial role in elevating the status and recognition of laboratory medicine through various actions. Governments should take the following steps:
Allocate more budget for laboratory infrastructure, equipment, and technology, including network infrastructure, to ensure laboratories are well-equipped and protected from cyberattacks. The NHLS is funded separately from the Department of Health and directly from Treasury.
Provide research grants to foster innovation and new diagnostic methods.
Facilitate the integration of laboratory medicine more comprehensively by universities into medical and health science curricula by funding mechanisms similar to the Clinical Training Grants (CTG) and Health Professions Training and Development grants (HPTDG).
Offer scholarships, fellowships, and training programmes to attract talented individuals to the field.
Encourage and facilitate the role of the private sector in providing and funding training. In South Africa, the private sector absorbs the newly qualified specialists, but provides no funding for training.
Launch campaigns highlighting the vital role of laboratory medicine in healthcare.
Establish awards and recognition programmes for outstanding contributions in the field.
Implement and enforce high standards for laboratory operations to ensure quality and reliability of diagnostic services. The South African National Accreditation System (SANAS) accreditation system has an extensive footprint in South Africa, in the NHLS and in the private sector.
Support professional accreditation and certification programmes for laboratory personnel.
Promote job creation in the laboratory sector and facilitate continuous professional development opportunities through workshops, seminars, and online courses.
Enhance the role of laboratory medicine in national disease surveillance programmes and engage laboratory professionals in public health campaigns.
Partner with professional bodies and organisations in laboratory medicine to develop supportive policies and initiatives.
Regularly consult laboratory professionals when drafting healthcare policies.
Provide incentives for laboratories to adopt cutting-edge technologies and innovative practices.
Support the integration of digital health solutions with laboratory information systems to streamline workflows and enhance patient care.
Advocate for legislation supporting the development and sustainability of laboratory medicine.
Include laboratory medicine experts in public health policy development to recognise their critical role in disease prevention and management.
By taking these steps, governments and politicians can help transform laboratory medicine from a ‘Cinderella specialty’ into a highly recognised and valued component of the healthcare system, ensuring that its contributions are fully appreciated and supported.
The author declares that they have no financial or personal relationships that may have inappropriately influenced them in writing this article.
T.S.P. is the sole author of this research article.
This article followed all ethical standards for research without direct contact with human or animal subjects.
The data that support the findings of this study are available from the corresponding author, T.S.P., upon reasonable request.
The views and opinions expressed in this article are those of the author and are the product of professional research. It does not necessarily reflect the official policy or position of any affiliated institution, funder, agency, or that of the publisher. The author is responsible for this article’s results, findings, and content.