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Experience shortages due to an aging workforce have been a catalyst for the adoption of automation technologies in the lab. This has not replaced the role of the scientist, but shifted responsibilities. Advanced IT and data management is further fuelling development in careers.

Computer Assisted Microscopy

Computer Assisted Microscopy, the automation and digitization of the microscope, is emerging as a new imperative in the process of automation. It speeds up the time needed to deliver a final blood film report and addresses quality issues by providing an electronic and auditable trail into the laboratory information system. When integrated with IT networks, it also enables the results to be viewed far beyond a single institution, offering a solution to resource shortages.

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IT powering the complete status of a patient

End-to-end hematology is a concept that integrates numerical data, graphical information from the analyzer, and digital images from microscopy. By doing this it provides a more complete understanding of the patient’s disease state. This also speeds up the validation process for results and, as digital images can be associated with the patient results, a more integrated approach for clinicians is provided to assist the assessment of the patient.

Review of results from beyond the walls of the laboratory

Where skill shortages are acute, the ability to review patient results across sites or even regions will greatly assist in the speed of diagnosis and ultimately in patient care. A consultant based at one hospital will not need to physically travel to another site to pick up the case and review results. With IT connectivity to hematology information, the review can happen more quickly, resulting in the swift development of treatment plans.

Technology will enhance the scientific role

Many years ago, the use of automated car assembly in the automotive industry was greeted with caution. On reflection this shift in process probably enabled great advances in research and development for the industry. Therefore, automation, digital microscopy, and IT connectivity in the labs should be seen as not only assisting with meeting workforce shortfalls now, but as shaping the development of the profession in future.

The new generation of scientists has grown up with technology automating everyday life. Pathology needs to keep in tune with clinical demands and socio-evolution so that the laboratory and profession is in the best shape to embrace the future.