Revolutionary procedure: finger welding analysis for breast cancer monitoring!
Revolutionary procedure: finger welding analysis for breast cancer monitoring!
Scientists from the University of Vienna and the Medical University of Vienna have developed a groundbreaking method for analyzing metabolic changes from finger welding. This innovative technology could revolutionize the monitoring of the course of the disease and the effectiveness of therapies in breast cancer patients. The details of this promising research were recently published in the renowned journal EPMA Journal, such as krone.at reported .
The non-invasive method uses simple technology: patients hold a damp special paper between the thumb and index finger to catch a tiny amount of sweat. This innovative approach avoids the need for invasive blood samples and makes the analysis less stressful for those affected. Afterwards the collected sweat is examined mass -spectrometrically in order to obtain precise information about individual metabolic profiles, therapy successes and even lifestyle, as well as Lisa Vienna reported .
precision medicine through sweat analysis
This method was tested for the first time in clinical use for cancer patients during their first chemotherapy. The scientists were able to show that the analysis of the finger welding provides valuable insights into the systemic effects of the tumors. In particular, significant changes were found in the metabolic profiles associated with the tumor mass. These results clarify that the finger welding analysis represents a practical alternative to invasive procedures and could significantly improve the possibilities of precision medicine.
The researchers are optimistic that their new technology not only makes access to precise diagnoses easier, but also promotes tailor -made therapies. In a planned follow -up project, the pilot study is to be extended to a larger patient group in order to confirm the promising results and to evaluate this new method for everyday clinical life.
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Ort | Wien, Österreich |
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