Jerzy Gebicki

Title: **Inventor Spotlight: Jerzy Gebicki**

Introduction

Jerzy Gebicki, an accomplished inventor based in Lodz, Poland, holds an impressive portfolio of seven patents. His work primarily focuses on the fields of microcirculation assessment and vascular endothelium function evaluation, contributing valuable advancements to biomedical technology.

Latest Patents

Among his most recent innovations is the "Method of assessment of microcirculation oscillations and device therefor." This patent outlines a technique that utilizes illumination on non-hairy skin to induce a skin NADH fluorescence signal, which is then measured to analyze microcirculation oscillations. The method involves computer-implemented steps for fitting a baseline to the fluorescence signal and determining the mean squared error, providing a quantitative parameter of skin microcirculation function.

Another significant contribution is the "Method for evaluating vascular endothelium function and a system therefor." This invention involves monitoring changes in the NADH fluorescence signal emitted from skin tissue cells during reactive hyperaemia, thus enabling the evaluation of vascular function. The system includes means for light illumination, fluorescence intensity measurement, and mechanisms to temporarily restrict blood flow.

Career Highlights

Jerzy has been associated with prominent companies in the biomedical sector, including Pharmena Spolka Akcyjna and Angionica Sp. z o.o. His roles in these organizations have enabled him to collaborate on various innovative projects that harness his expertise in microcirculation and vascular health.

Collaborations

Throughout his career, Jerzy Gebicki has worked alongside notable experts such as Stefan Chlopicki and Andrzej Marcinek. These collaborations have enriched his research and fostered a strong network in the field of biomedical research and technology.

Conclusion

With his substantial contributions through innovative patents and collaborative work, Jerzy Gebicki stands out as a significant figure in biomedical innovation. His developments in assessing microcirculation and vascular function not only advance medical science but also hold promise for improving diagnostic and therapeutic strategies in cardiovascular health.