Water, which a person uses not only for drinking, but also in other areas of his life, has a lot of different properties. In addition, water can have specific energy that is beneficial or harmful to humans. Using a modern method of influencing the composition and properties of water ‑electrolysis ‑ it is possible to obtain a liquid endowed with positively or negatively charged ions from ordinary water. This is the so‑called living and dead water.

This paper introduces a framework for community-led health planning aimed at empowering communities to actively participate in decision-making processes related to their health. Grounded in principles of participatory governance and community engagement, the framework emphasizes collaboration between local stakeholders, healthcare providers, and policymakers. Through a systematic approach to needs assessment, priority setting, and resource allocation, the framework facilitates the development of contextually relevant and sustainable health plans tailored to the unique needs and priorities of each community. By empowering communities to take ownership of their health, this framework has the potential to improve health outcomes, strengthen health systems, and promote equitable access to healthcare services.

This case report presents a rare clinical scenario of a radicular cyst coexisting with a dilacerated and impacted maxillary central incisor. The patient, a [age]-year-old [gender], presented with [symptoms] and was diagnosed through radiographic examination. Surgical intervention was performed to address the cystic lesion and extract the impacted tooth, followed by appropriate management to promote healing and prevent complications. This report highlights the challenges in diagnosis and management posed by the simultaneous presence of these two conditions and underscores the importance of comprehensive evaluation and interdisciplinary collaboration in delivering optimal patient care.