Wagner, Robert

Nonthermal plasma-treated water (PTW) has emerged as a promising area of research, particularly in the food sector, where it shows potential for fresh food sanitation via wash-water processes. When compared to commonly used strong oxidizing sanitizers, only compressed or ambient air and energy are required to generate plasma processed air (PPA), which produces PTW if combined with process or tap water. This excluded hazardous chemical storage and allows dosage and processing on demand.

This dataset documents a complete, FAIR-aligned bioimage data workflow integrating Adamant, eLabFTW, and OMERO for an A375 melanoma cell imaging experiment. It includes stepwise visualizations of metadata collection, experiment documentation, data import, annotation, and image rendering across the three platforms. The dataset provides structured metadata at multiple levels, "screen", "plate", and "well", as well as instrument, captured using Adamant, eLabFTW, and Micro-Meta App. Comprehensive biological metadata for each well is supplied in CSV file.

Wound healing is an important and still challenging task in modern medicine. In particular, the therapeutic options of treating chronic wounds linked to diseases like diabetes are limited. One promising approach is the application of cold atmospheric plasma (CAP) via medical plasma jets or dielectric barrier discharges to specifically stimulate the healing process of non-healing wounds. However, limitations occur regarding the treatment area in case of plasma jets.