Georgios Theodoridis

Meet Georgios Theodoridis

Analytical science forms the backbone of many life science disciplines. Our work supports not only routine laboratory operations but also fuels groundbreaking research and drives innovation. When analytical results are flawed – whether through incorrect analyte identification or inaccurate quantification – the consequences can be serious and far-reaching. The ripple effect of poor data can undermine scientific publications, policy decisions, regulatory assessments, clinical outcomes, safety assessment, and many others. Regulatory agencies, accredited laboratories, and public authorities may act on incorrect results, potentially leading to the distribution of unsafe food or misguided medical decisions. Simply put: garbage in, garbage out.

Fortunately, clinicians and other scientists are increasingly aware of the fundamental role that analytical quality plays in their work. Their decisions, credibility, and long-term impact are more dependent than ever on accurate and reliable laboratory results. Our responsibility now is to communicate this more effectively, ensuring that analytical science receives the recognition and trust it rightly deserves.

Analytical scientists already hold leadership positions across many scientific fields. While our contributions may not yet be widely recognized by high-profile awards such as the Nobel Prize or ERC grants, the reality is that analytical laboratories are among the best-funded and most comprehensively staffed. This reflects the essential role we play across diverse sectors. Yet, we are too often viewed as enablers or support personnel rather than as key innovators and drivers of scientific progress.

Changing this perception is no small task. But by raising awareness of our impact and clearly articulating the indispensable role of analytical science, we can reposition our field – not just as facilitators, but as creators and leaders in scientific discovery.

In addition, we must deliver fully developed solutions – validated and ready for implementation by non-experts. By advancing to high technology readiness levels and delivering robust, market-ready products, we demonstrate the tangible value of our discipline.

Looking ahead, analytical science will play an increasingly vital role. The field is poised to lead in areas such as the analysis of novel specimen types – like patient-centric and non-invasive samples (e.g., saliva, dried blood spots, urine) – and in refining analyte reference ranges, identifying new biomarkers for disease and wellness, and promoting method standardization and harmonization. These efforts will ensure deeper integration of analytical technologies – particularly in automated formats – into clinical chemistry and beyond.