Ambient ionization mass spectrometry was proved to be a powerful tool for oncological
surgery. Still, it remains a translational technique on the way from laboratory to clinic. Brain …

Brain tumor removal is a crucial step in therapeutic regimens. In surgical interventions, the
ultimate goal is to completely resect the malignant lesion with a safe margin of healthy …

Rapid and reliable methods for detecting tumor margins are crucial for neuro-oncology.
Several mass spectrometry-based methods have been recently proposed to address this …

Tumor cell percentage (TCP) is an essential characteristic of biopsy samples that directly
affects the sensitivity of molecular testing in clinical practice. Apart from clarifying diagnoses …

Recently, mass‐spectrometry methods show its utility in tumor boundary location. The effect
of differences between research and clinical protocols such as low‐and high‐resolution …

The analysis of data obtained using ambient mass spectrometric profiling of clinical samples
of primary and secondary human glioblastomas ex vivo, revealed changes in the lipid …

Mass spectrometry fingerprinting combined with multidimensional data analysis has been
proposed in surgery to determine if a biopsy sample is a tumor. In the specific case of brain …

Alterations in cell metabolism, including changes in lipid composition occurring during
malignancy, are well characterized for various tumor types. However, a significant part of …

The continuous monitoring of health conditions before, during, and after spaceflight is an
important task in gravitational physiology. Thus a simple, non-invasive method for biological …

Recently developed methods of ambient ionization allow the collection of mass
spectrometric datasets for biological and medical applications at an unprecedented pace …