Short presentations, panel discussions and case studies forge a close link between science, industry and practical application. Two sessions are scheduled for each of the four days of the exhibition. Topics range from securing the skilled workforce and specimen logistics, through Laboratory 4.0, robotics and artificial intelligence, to precision diagnostics, new career paths and resilient healthcare systems.
Skills shortage: technology to ease the burden on staff
To kick things off on 16 November, Prof. Dr Thomas Streichert from the University of Cologne will focus on strategies to tackle the shortage of skills. Approaches ranging from recruiting young talent to the automation of manual processes will be discussed. The focus will be on how technology can specifically ease the burden on specialist staff and free up resources for demanding medical tasks.
In the afternoon, under the title ‘The Sky Is the Limit’, the focus will be on new methods of specimen transport. With increasing centralization, specimens must be transported over greater distances. In future, drones and autonomous robots could help to make logistics processes more efficient and reliable, thereby also ensuring the quality of diagnostic procedures.
Robotics, AI and the Laboratory 4.0
The second day of the exhibition is dedicated to the laboratory of the future. Prof. Dr Stefan Holdenrieder will discuss robotics and artificial intelligence in the context of everyday laboratory work. Particularly during night and weekend shifts, automated systems could, in the future, take over routine tasks and relieve the burden on specialist staff.
Artificial intelligence can also support laboratory workflows, evaluate complex sets of findings more quickly and base medical decisions on a broader data set. At the same time, new developments in genomics and epigenomics demonstrate how diagnostics are evolving towards earlier and more precise detection of diseases.
Professor Martin Widschwendter from the University of Innsbruck will report on an early cancer detection programme based on epigenetic changes in cell-free DNA in blood plasma, its implementation in the UK, and the planned expansion to Australia.
The afternoon session, ‘Make Data Relevant’, focuses on Laboratory 4.0. The discussion centres on how decentralized diagnostics, lab-on-a-chip systems, standardized laboratory values and AI might interact in the future – and how diagnostic information can become available more quickly where it is needed for medical decisions.
Keynote speaker Prof. Dr Georg Hoffmann sums up this development: “In one or two decades, the laboratory as we know it today will be almost unrecognizable. Centralized laboratory processes, complex sample transport and waiting times of several days for results will, in many places, be replaced by decentralized, AI-supported systems that bring diagnostics to where they are needed – to the patient’s bedside, to the doctor’s surgery, and in many cases even to the patient’s home. Anyone investing in Lab 4.0 today is already shaping the medicine of the day after tomorrow.”
Precision diagnostics: Better data for more personalized treatment decisions
On 18 November, the focus will be on precision diagnostics. Prof. Dr Verena Haselmann from the UKE in Hamburg will shed light on new biomarker technologies and their journey from research to treatment decisions.