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The data from recent years on chronic disease mortality in Rome's V district show a significant disparity compared to the city's central neighborhoods, with a 23% increase in chronic diseases and an 80% rise in diabetes cases. The 'Ambulatorio Popolare Roma Est', an autonomous healthcare facility founded in 2022 in Quarticciolo neighborhood, is run by over 30 volunteers, including medical specialists, therapists, nutritionists and students. The clinic provides free services such as medical consultations, psychological support and nutritional advice.

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The paper highlights the limited healthcare access for women in Rome's outskirts, worsened by gender-related barriers. The progressive reduction of services at the via Manfredonia clinic has left the Quarticciolo community underserved. To address this, Ambulatorio Popolare Roma Est promotes grassroots mobilization and conducted a survey identifying local women's health priorities, like cervical cancer screening, psychological counseling, and contraception.

Metaverse surgical planning for robotic surgery: preliminary experience and users' perception.

Background: The 3D models' use for surgical planning has recently gained an ever-wider popularity, in particular in the urological field. Different ways of fruition of this technology have been evaluated over the years. Today, new technological developments allow us to enjoy 3D models in the metaverse.

The Electron-Density Distribution of UCl and Its Topology from X-ray Diffraction.

The chemistry of electrons in actinide complexes and materials is still poorly understood and represents a serious challenge and opportunity for experiment and theory. The study of the electron density distribution of the ground state of such systems through X-ray diffraction represents a unique opportunity to quantitatively investigate different chemical bonding interactions at once, but was considered "almost impossible" on heavy-atom systems, until very recently. Here, we present a combined experimental and theoretical investigation of the electron density distribution in UCl_ crystals and comparison with the previously reported spin density distribution from polarized neutron diffraction.