This platform is developed and managed by Longevity Alliance Georgia, a leading organization dedicated to advancing research, innovation, and education in the field of longevity and regenerative sciences. It serves as a comprehensive hub for scientific publications, journals, and research articles focused on aging, rejuvenation, stem cell therapies, and related biomedical disciplines. The platform provides open access to cutting-edge studies, peer-reviewed articles, and expert insights, fostering collaboration among researchers, clinicians, and enthusiasts worldwide. By integrating rigorous scientific standards with modern digital accessibility, it aims to accelerate knowledge dissemination and support evidence-based approaches to extending healthy human lifespan.
Advancing the Science of Human Longevity
Journals
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Longevity Horizon
At Longevity Horizon (Online ISSN: 3088-4063), we unite leading researchers and innovators to advance transformative technologies that will shape the future. Bringing together experts from diverse fields, we cultivate an environment where impactful ideas and scientific breakthroughs can emerge. Our mission is to support collaboration and make cutting-edge knowledge accessible to the global community, promoting research that improves lives and contributes to a sustainable, thriving future. Our platform provides high-quality, peer-reviewed articles that drive scientific progress. These contributions help turn such visions as expanded living space, optimal health, food security, and even the pursuit of radical longevity into realistic possibilities. This is an open access journal, meaning all content is freely available to read, download, copy, distribute, print, search, or link, in accordance with the BOAI definition of open access.
Immortalitas in Hac Vita -
Annals of Rejuvenation Science
Annals of Rejuvenation Science is a peer-reviewed, open-access journal publishing high-quality research across the biology of ageing, rejuvenation, and regenerative systems. The journal focuses on mechanistic studies that uncover how cells, tissues, and organisms restore function, reverse age-associated decline, and maintain long-term homeostasis. We welcome contributions spanning molecular pathways of renewal, stem-cell dynamics, epigenetic reprogramming, proteostasis, systemic rejuvenation factors, and computational modelling of biological age. Emphasis is placed on conceptual novelty, methodological rigor, and the integration of multi-scale evidence—from molecular mechanisms to organism-level outcomes. By providing a platform for interdisciplinary research and theoretical frameworks, Annals of Rejuvenation Science aims to catalyse the development of safe, reproducible, and transformative rejuvenation strategies that advance healthspan science worldwide.
Where Rejuvenation Becomes Measurable
