Surgical Oncology Laboratory

The Surgical Oncology Laboratory specializes in human genetics. 
Our lab conducts basic research with applied goals, with the aim of joining the global effort to research the genetic basis leading to cancer, developing methods for early diagnosis, optimal treatment and full cancer recovery - while considering the patient's welfare and needs as they arise from the work of the medical staff in the general surgery setup.

In the lab, we work on developing accurate, easy-to-use, quick, and effective methods for detecting cancer at various stages of the disease. Our work involves creating preparations that facilitate precise identification of metastases and micro-metastases during intricate surgical procedures, with the goal of enabling surgeons to effectively remove metastasised tissues during surgery, leading to complete patient recovery.

We analyse a wide range of molecules to identify cancer cells and develop drugs. Over the last two decades, following the sequencing of the human genome, it has been discovered that many non-protein-coding nuclear RNA molecules are vital for cellular development. This discovery is crucial due to the significant roles these molecules play in cancer development and progression. We examine these molecules from various directions and aspects using cutting-edge technology.

Unique tests carried out in the laboratory 

Expression level of a gene that does not code for the protein called CCAT1.
 
Expression levels of micromolecules that are not protein coded.