Ricerca scientifica
Study finds “Miracle Mineral Solution” kills bacteria only at levels that also harm human cells
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Researchers at Wroclaw Medical University report that acidified sodium chlorite—sold online as “Miracle Mineral Solution” (MMS)—can destroy bacteria and biofilms, but only at concentrations that also damage human cells and may harm beneficial gut microbes. The team warns that homemade mixtures are particularly risky because dosing can vary widely, and it says there is no solid scientific evidence supporting MMS as a treatment for diseases such as cancer, autism or COVID-19.
Il centro di ricerche agricole egiziano ha conquistato il secondo posto in Medio Oriente e Nord Africa nella classifica regionale Scimago 2025 per centri di ricerca, secondo il Ministero dell’Agricoltura e della Bonifica delle Terre. L’annuncio è stato dato durante un evento scientifico organizzato dal Ministero dell’Istruzione Superiore e della Ricerca Scientifica in collaborazione con Elsevier e la Federazione Araba dei Consigli di Ricerca. La classifica evidenzia le crescenti performance di ricerca del centro e il suo ruolo nel raggiungimento della sicurezza alimentare.
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Researchers have developed a new bioluminescent imaging tool that allows neurons to glow from within, enabling real-time observation of brain activity without external lasers. This innovation, called CaBLAM, overcomes limitations of traditional fluorescence methods by providing clearer, longer-lasting recordings in living animals. The tool promises deeper insights into neural function and potential applications beyond the brain.
A new study indicates that the Thwaites Glacier in Antarctica has crossed an irreversible tipping point, potentially accelerating global sea level rise. Researchers analyzed decades of satellite data to reach this conclusion. The findings highlight the urgent risks posed by climate change in polar regions.
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A team of astrophysicists has identified potential new characteristics of dark matter through advanced simulations. The findings, detailed in a recent study, suggest dark matter may interact more strongly with ordinary matter than previously thought. This could reshape our understanding of the universe's composition.