Relevancy of Science Laboratory Technology SLT(Physics/Electronics) in Health sector

Science Laboratory Technology (SLT), with a focus on Physics and Electronics, can be highly relevant in the health sector. While SLT programs are typically associated with laboratory-based fields such as chemistry and biology, the principles and skills learned in Physics and Electronics can be applied in various healthcare contexts. Here are a few areas where SLT (Physics/Electronics) can be relevant in the health sector:

 Medical Equipment Maintenance:

SLT professionals with a background in Electronics can contribute to the maintenance and repair of medical equipment used in hospitals and clinics. This includes devices such as ultrasound machines, electrocardiographs (ECGs), infusion pumps, and patient monitors. They can troubleshoot equipment issues, calibrate instruments, and ensure proper functioning, which is critical for accurate diagnosis and treatment.

 Imaging and Radiology: 

In medical imaging, technologies such as X-rays, computed tomography (CT), magnetic resonance imaging (MRI), and ultrasound heavily rely on principles of Physics. SLT professionals with a specialization in Physics can assist in imaging procedures, quality control, and image analysis. They can work alongside radiologists and technologists to ensure the accuracy and safety of imaging procedures.

 Biomedical Research: 

SLT professionals with a strong background in Physics can contribute to biomedical research by developing and implementing experimental setups, designing data acquisition systems, and analyzing experimental data. They can work in interdisciplinary research projects involving medical physics, imaging techniques, and other areas where Physics plays a crucial role.

 Medical Instrumentation

The development and design of medical instruments and devices often require a deep understanding of Electronics. SLT professionals with expertise in Electronics can contribute to the design, prototyping, and testing of medical instruments used for diagnostics, patient monitoring, and therapeutic purposes. They can collaborate with engineers and medical professionals to develop innovative solutions.

 Health Technology Management

With the increasing use of technology in healthcare, there is a growing need for professionals who can manage health technology systems effectively. SLT professionals with knowledge of Physics and Electronics can play a role in the procurement, installation, and maintenance of medical technology infrastructure. They can ensure the proper integration and functioning of devices, as well as manage data acquisition and storage systems.

It is important to note that while SLT (Physics/Electronics) can be relevant in the health sector, specialized training and certifications may be required to work in specific areas. Additionally, regulations and local requirements may vary, so it is advisable to consult with relevant authorities or professional organizations to understand the specific qualifications and guidelines in your region.

Ayo Adeuyi AISLT

FMC Ebute Metta 

Biomedical Science Laboratory Techniques: Catalyzing Healthcare Growth

Biomedical Science Laboratory Techniques, a specialized field within Science Laboratory Technology (SLT), holds the potential to significantly contribute to the growth and advancement of a nation's healthcare sector. Biomedical technologists possess expertise in various areas of healthcare, enabling them to play a crucial role in the fabrication, troubleshooting, repairs, and installation of medical equipment across multiple disciplines. Moreover, these professionals are integral to scientific research, analysis, and investigations, which are instrumental in finding innovative solutions for diseases, cancer, epidemics, blood disorders, and other healthcare challenges. This article delves into the diverse applications of Biomedical Science Laboratory Techniques and their pivotal role in bolstering healthcare growth.

Biomedical technologists are proficient in maintaining and servicing a wide array of medical equipment, ranging from laboratory instruments to surgical theater tools, radiology machines, and optometry devices. Their role extends beyond routine maintenance as they ensure that these critical healthcare tools adhere to global standards of quality and performance. By implementing stringent quality control measures, biomedical technologists help optimize the functioning of medical equipment, thus enhancing the accuracy of diagnoses, treatments, and surgical interventions. Their expertise in troubleshooting and repairs ensures that healthcare facilities operate efficiently, minimizing downtime and promoting uninterrupted patient care

Biomedical Science graduates specializing in scientific research analysis and investigations make valuable contributions to the healthcare landscape. Employed in hospitals, research facilities, pharmaceutical companies, and other healthcare organizations, these professionals conduct daily analyses and investigations to advance medical knowledge and find solutions to pressing healthcare challenges. By exploring disease mechanisms, studying cancer biology, investigating disease outbreaks, analyzing epidemiological data, and examining blood disorders, biomedical scientists generate vital insights that contribute to the development of novel therapies, diagnostic techniques, and preventive strategies. Their work paves the way for medical breakthroughs, ultimately improving patient outcomes and transforming healthcare practices.

Biomedical Science laboratory professionals are licensed by the federal government, granting them the authority to practice in accordance with the provisions outlined in NISLT Act 12 of 2003. This legal recognition reinforces the credibility and expertise of SLT biomedical graduates, who undergo extensive training spanning six years. The designation of "chartered scientists" bestowed upon them signifies their elevated professional standing and acknowledges their advanced knowledge and skills in biomedical science. This recognition serves to instill confidence in the healthcare sector, ensuring that biomedical technologists are qualified and competent to carry out their roles effectively.

The utilization of Biomedical Science Laboratory Techniques has the potential to catalyze the growth and advancement of a nation's healthcare sector. By ensuring the optimal functioning of medical equipment, biomedical technologists contribute to the efficient delivery of healthcare services. Well-maintained equipment improves the accuracy and reliability of diagnostic procedures, leading to early detection and timely intervention. Furthermore, the contributions of biomedical scientists in scientific research and analysis drive medical innovation, enabling the development of more effective treatments, preventive strategies, and diagnostic tools. This continuous cycle of improvement raises the overall standard of healthcare, benefiting both patients and healthcare providers.

Biomedical Science Laboratory Techniques, a specialized field within Science Laboratory Technology, holds immense potential as a catalyst for healthcare growth. Biomedical technologists' expertise in medical equipment maintenance ensures that healthcare facilities operate smoothly, enhancing the accuracy and efficiency of diagnoses and treatments. The contributions of biomedical scientists in scientific research and analysis drive innovation and lead to breakthroughs in disease management and prevention. With legal recognition and their status as chartered scientists, SLT biomedical graduates possess the necessary qualifications and expertise to play a pivotal role in advancing healthcare practices. By embracing and harnessing the power of Biomedical Science Laboratory Techniques, nations can unlock new possibilities for healthcare growth, ultimately leading to improved healthcare.

Akpede Akpevwe (AISLT)

biomedical Scientist

SLT Triumphs over MLS in Landmark Federal High Court Ruling on Clinical Practice

In a significant legal battle that has spanned several years, Science Laboratory Technology (SLT) private practitioners in Calabar have emerged victorious over the Medical Laboratory Scientists (MLS) in a case brought before the Federal High Court. The court's verdict, delivered on June 19th, has delivered a resounding defeat and humiliation to the MLS, as it declared that laboratory practice is not the exclusive domain of MLS. The judgment was based on the MLS's failure to provide any substantive proof or documentation prohibiting SLT from engaging in clinical practice.

The dispute between SLT and MLS dates back to 2019 when the case was first presented before the Federal High Court in Calabar. The crux of the matter centered around whether SLT professionals should be allowed to practice laboratory science clinically. The MLS, who asserted their monopoly over clinical practice, were unable to substantiate their claim with any concrete evidence or legal provisions.

Legal Framework:

The SLT practitioners relied on the NISLT Act 12 of 2003 to support their argument. This act grants SLT professionals the authority to engage in laboratory science and practice. On the other hand, the MLS drew support from the MLSCN Act 11 of 2003, which confers professional rights solely to MLS practitioners. However, despite the MLS's legal backing, the court ruling demonstrated that the scope of SLT is multidimensional, multidisciplinary, and multifaceted, with over 15 options for specialization. Furthermore, SLT graduates receive specialized training in their chosen fields, enhancing their qualifications and expertise.

Court Verdict:

The Federal High Court in Calabar delivered a landmark judgment in favor of SLT on June 19th. The court unequivocally stated that laboratory practice is not exclusive to MLS professionals, highlighting the inability of the MLS to produce any compelling evidence or documentation to prove otherwise. The ruling solidified the legitimacy of SLT professionals to engage in clinical laboratory science and practice.

Implications and Significance:

This court verdict carries far-reaching implications for both SLT and MLS professionals. It underscores the multidimensional nature of SLT and recognizes the diverse specializations within the field. By granting SLT practitioners the right to practice clinically, the ruling paves the way for increased collaboration and cooperation between SLT and MLS professionals. This synergy has the potential to significantly enhance the quality of laboratory services and healthcare delivery as a whole.

Moreover, the ruling serves as a rebuke to any perceived professional monopolies and reinforces the importance of evidence-based claims and legal provisions. It sets a precedent for future legal battles and challenges regarding professional practice rights within the laboratory science domain.

Conclusion:

The Federal High Court's recent judgment in favor of SLT practitioners against the MLS represents a resounding victory for SLT professionals and a significant setback for the MLS. By affirming the legitimacy of SLT's clinical practice and highlighting its multidimensional nature, the court has reinforced the importance of evidence and legal provisions in determining professional practice rights. This ruling opens doors for enhanced collaboration and specialization within the laboratory science field, ultimately benefiting healthcare services and patient care.

Article written by

Akpede Akpevwe BSLT, AISLT

Biomedical Science Technologist