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A new method for the determination of 5,5-dimethyl-2,4-oxazolidynedione (DMO) in rabbit serum by reversed phase-HPLC with UV detection is described. The determination of DMO is performed without derivatisation. The internal standard is 5,5-diethylbarbituric acid (barbital). The method is rapid and simple with sensitivity limit of 20 ng/mL, high recovery (above 92%) and is suitable for pharmacokinetic studies.

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Like in all European countries, Poland has witnessed a continuing rise in healthcare services needed for treating hematological disease. Not only have morbidity rates increased in myeloid and lymphoid malignancies but, in parallel, a dynamic development of diagnostic methods and therapeutic treatments has occurred in recent times. The Institute of Hematology and Transfusion Medicine constitutes a reference centre in Poland committed to delivering scientific-clinical excellence where it undertakes scientific studies and translational research in hematology, transfusion medicine and related disciplines along with providing healthcare services in such fields. This is a modern medical centre focused on coordinating and integrating treatment using new medical technologies. A multidisciplinary strategy to medicine ensures that all necessary specialists are engaged in disease diagnoses and also for defining disease progression stages together with actual treatment, subsequent rehabilitation and follow-up monitoring. By adopting this comprehensive approach, optimal therapeutic solutions are thereby achieved; patients receive coordinated medical healthcare, which above all else, results in faster and more effective treatments. In order to achieve such aims, it is vital that all diagnostic and medical units collaborate, including with those from other medical centres whenever added specialist treatment is required. In addition to standard diagnostics and treatment, the Institute provides highly specialised and innovative treatments that are molecularly targeted, as well as the opportunity of participating in international clinical trials, where innovative and experimental therapies are used on patients with myeloid and lymphoid malignancies. Such trials have enabled the Institute to apply modern immunological and genetic technologies to diagnoses-treatment. Performing such procedures requires a complex and multidisciplinary approach, not just for ensuring correct diagnoses, but for also assessing prognostic-predictive disease markers, making the diagnoses early, preventing complications,