that this effect depends on the chemical structure of the antioxidant substances used, as some of them, working in combination with the field, show a strong anti-tumor effect, while others, such as resveratrol, lose their anti-tumor properties under the influence of a moderate-intensity static magnetic field [2]. Current data show that the incidence of superficial infections, including oral candidiasis, has recently significantly increased. Therefore, in their study, [PERSON] and [PERSON] evaluated the antifungal activity of the natural terpene linalool against _Candida_ spp. isolated from the oral cavities of immunocompromised hemato-oncology patients. Their results confirmed the in vitro sensitivity of yeast reference strains belonging to selected species of _Candida_ spp., _Cryptococcus_ spp., _Geotrichum_ spp. and _Saccharomyces_ spp. to linalool. Furthermore, synergistic interactions between linalool and some antiseptics improved their antifungal efficacy and provided a basis for the development of new antifungal formulations [3]. Metal-based drugs have gained ground in cancer therapies, as they have fewer side effects and resistance. [PERSON] et al. 's review summarizes the main progress achieved in the last three years in the use of bioconjugated metal complexes for cancer therapy. These results, together with those obtained in recent decades, show that the introduction of biologically relevant portions into the coordination sphere of transition metal centers could improve the selectivity and biocompatibility of metallodrugs [4]. [PERSON] et al. 's study evaluated the effects of extracts of the aromatic plant _Peterosparatum tridentatum_, an important source of active compounds, in treating acute and chronic inflammation in adult rats using an experimental model of osteoarthritis and ear edema and correlated it with its phytochemical composition. Furthermore, the molecular interactions between the main phytochemical compounds of _P. tridentatum_ and the proteins involved in the inflammatory response were evaluated to clarify the possible mechanism of action. The results highlight the potential of _P. tridentatum_ extracts as a source of compounds used as adjuvants in the management of pain and inflammation [5]. [PERSON] and [PERSON] based their research on consumers' increased interest in the vegan diet and the contemporary need for new nutritious products that can overcome the nutritional deficiencies of this diet. Therefore, the potential of amaranth pasta and amaranth pasta mixtures with buckwheat or oat flour in to provide essential nutrients in a vegan diet was evaluated in the study. The results show that to ensure healthy eating and meet the needs of a vegan diet, a nutritious pasta can be obtained by replacing amaranth flour with buckwheat or oat flour [6]. An increasing number of infections are becoming more difficult to treat with current antibiotics, increasing health risks. In this context, [PERSON] et al. studied nine species of _Hypericum_ for their antimicrobial activity and their total phenolic and flavonoid content. The extracts were tested against Gram-negative and -positive bacteria. The results obtained indicated that _Hypericum_ species were good sources of secondary metabolites. Notably, Gram-negative bacteria were resistant to the tested extracts, while Gram-positive bacteria were successfully inhibited [7]. _Astragalus membranaccus_ is a herbaceous plant belonging to the legume family, the immunodulatory effects of which are well known, unlike its antimutagenic activity, which is little known. The plant's root was used. In [PERSON] et al. 's study, the antimutagenic and immunomododulatory effects of astragalus root were evaluated using a cyclophosphamide-induced immunosuppressed mouse model to develop an alternative immunomodulatory agent. The results obtained show that astragalus root, at an appropriate oral dose, could act as an alternative agent with significant antimutagenic and immunomodulatory properties [8].