Clinical laboratory tests are used in the science known as medical laboratory technology to help in the prevention, diagnosis, and treatment of many disorders. The examination of bodily fluids is a part of this. Analyses are performed by medical laboratory technologists using equipment in the lab to prepare slides of human tissues and other specimens.
These professionals also perform blood tests and blood typing. Their work comprises carrying out intricate procedures and tests to support other medical experts in the detection, diagnosis, and treatment of patients’ ailments. Medical laboratory technology students gain knowledge of human physiology, anatomy, biochemistry, pathology, microbiology, clinical hematology, immunology, serology, and management of biomedical waste.
Careers in Medical Laboratory Technology
The role of a lab technician is crucial to numerous other medical and surgical specialties. To investigate and provide a diagnosis, physicians need to perform the necessary tests.
The results of these tests help them decide on a course of therapy and propose possible preventative measures. These tests must be carried out by a laboratory technician.
It takes a lot of responsibility and ability to succeed in this line of business. As a result, working in medical laboratory technology can be challenging and exciting, and it also gives you the chance to help others. Specialists in medical lab technology often work in specific domains such as blood banking, immunology, microbiology, hematology, and clinical chemistry. Additional areas of specialty include urinalysis, coagulation, parasitology, cytotechnology, phlebotomy, and serology. Potential employees who have a degree in medical laboratory technology are free to choose the industry they wish to work in and, if they so want, change their focus to gain more experience. A career in this field is therefore incredibly profitable and filled with expertise.
Since the 1980s, there has been tremendous growth in the complexity and range of services provided by medical laboratories. When it comes to medical innovation, laboratory technology frequently sets the pace, to the point that sometimes it develops diagnostic techniques before those techniques are even considered to be useful.
Due to its revolutionary data transfer speed and the opportunities it has created for a more extensive examination of larger data sets, information technology has recently taken over the medical laboratory sector. Some contemporary developments in medical laboratory technology include the following:
Laboratory Automation- Three stages are involved in laboratory automation processes: preanalytic, which includes selecting the test, getting the patient ready, gathering and transporting the specimen, and daily quality checks; analytic, which describes the actual testing of the specimen and all the procedures leading up to the outcome; and post-analytic, which describes the process of notifying the appropriate authorities of the results.
In each of these stages, automation has in some way changed the procedures, making it simpler to deliver outcomes and saving a tremendous amount of time.
Automation has already made a difference and will continue to make significant contributions to process optimization even though a lot of work is still done manually, for example, when specimens are frequently sent by couriers.
Information Technology for better services- One of the many areas of healthcare that the IT revolution has impacted is laboratory services. The use of electronic technology has tremendously enhanced laboratory services.
Patient records are easier to manage, and computers can be programmed to provide analyses based on the interpretation of test results and suggest the best course of action.
Additionally, reports have evolved into an online service, simplifying the process of informing patients of test results. In addition to this, it is opening up a wide range of inventive possibilities for the field of medical laboratory technology.
Laboratory Measurement and Testing Technology– Laboratory testing technology typically advances in incremental steps and through ground-breaking discoveries. Some of the most recent developments in this field include: – Genetic testing, a concept that has already seen tremendous growth and widespread application, and will now start to lay a greater emphasis on prevention. Active illness prediction and prevention will be less of a priority than costly intervention and tried-and-true disease therapy.
– Pharmacogenomics, a recently developed field of study in gene technology, has the potential to reduce expenses and enhance health outcomes significantly enough to make up for its high initial cost.
– Nanotechnology, by creating tiny devices and components for chemical processing and measurement sensors, nanotechnology has already started to have an impact on the clinical lab sector. The industry might eventually use this technology to produce compact, adaptable point-of-care testing.
Assisting anesthesiologists and other medical personnel with the cleaning, maintenance, and setup of anesthesia equipment for use during a surgical operation.
Operating MRI (Magnetic Resonance Imaging) scanners in medical centers and diagnostic centers, interacting directly with patients and discussing results expectations, and implications, and administering medications to patients to improve contrast on scanned images.
Working with chemicals and lab equipment, supporting pathologists, and running tests on human cells, fluids, and tissues to detect diseases.
CT Scan Technician
Creating cross-sectional photographs of a patient’s internal organs using Computerized Tomography (CT) scanners to identify medical issues.
Operation Theatre Technician
Maintaining and setting up the operating room and its equipment, assisting the surgical and anesthesia teams during procedures, and supporting patients as they recover.
Developing imaging techniques that use cutting-edge technology to create images of the human body’s interior to aid medical professionals in the diagnosis and treatment of illnesses or injuries.
Orthopaedic Technician/Plaster Technician
Applying casts to the patient’s broken limbs or other body parts, using sprints and braces as needed, and treating any orthopedic issues that may have resulted from an accident or surgery.
Required Skillset for Medical Laboratory Technology
A course of study in medical laboratory technology would be appropriate for someone who is meticulous and at ease handling bodily fluids like blood.
The work involves gathering samples, storing them, testing them, analyzing them, and documenting the results of the research, all of which call for a high degree of accuracy. Although it may seem difficult, this type of work may be completed with ease if one has the proper skill set, which includes several crucial skills like:
- Communication: An expert in this sector should be able to read and comprehend written and spoken information, comprehend work-related materials, and speak and write clearly to convey diagnoses and results.
- Reasoning and Problem-Solving Skills: Medical laboratory technologists should be able to evaluate arguments and logic to ascertain their strengths, synthesize various pieces of evidence to reach pertinent findings, apply reasoning to find solutions to issues, and weigh the advantages and disadvantages of a course of action.
- Sound abilities in Mathematics and Science: These experts’ jobs need them to apply mathematical formulas to situations, use scientific problem-solving techniques, and carry out swift computations with accuracy.
- Time Management: The workload can get overwhelming if you lack time management skills and the capacity to work on key projects when there are a lot of samples waiting to be tested. Avoiding wasting other people’s time, such as that of coworkers or patients, is a key component of time management.
- Working with People: Medical Laboratory Technologists/Technicians should ideally be able to teach others how to conduct laboratory work, comprehend how others may react, and continually seek opportunities to assist others.
Medical laboratory technology is a highly demanding field of paramedical science that is career-oriented. The goal of the course is to teach students how to use equipment, conduct experiments, gather data, write reports, and document these results. As a result, coursework includes sufficient practice, hands-on instruction, and experience.