Since the discovery of induced pluripotent stem cells (iPSCs) in 2006, the field has witnessed tremendous progress over the past two decades. This progress has enabled the widespread use of these cells and their derivatives, including differentiated cells and organoids, in modeling neurological diseases, understanding pathological mechanisms, and developing cell therapies.
Rejuvenation aims to restore youthful characteristics to cells or organisms through various techniques, such as cellular reprogramming and epigenetic regulation. Significant advances in this field have led to numerous interventions aimed at delaying and even reversing the aging process, indicating that aging is not an irreversible process. Recent research has described rejuvenation as a new anti-aging strategy.
A medical journal published by the I.D. Institute for Stem Cell and Genome Research
A medical journal published by the I.D. Institute for Stem Cell and Genome Research
I.D. Educational Community
Join the I.D. Community, an interactive environment bringing together experts, alumni, and students. This community aims to:
Exchange Clinical Expertise: Discuss challenging medical cases to enhance treatment outcomes.
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Build Professional Networks: Connect with leaders in regenerative medicine and global health organizations.
I.D. Educational Community
Join the I.D. Community, an interactive environment bringing together experts, alumni, and students. This community aims to:
Exchange Clinical Expertise: Discuss challenging medical cases to enhance treatment outcomes.
Discuss Cutting-edge Research: Explore contemporary debates such as Digital Twins, Gerontology, and AI in medicine.
Build Professional Networks: Connect with leaders in regenerative medicine and global health organizations.
