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科学家通过将80岁人类的红血球前体细胞直接重编程为神经干细胞，成功将细胞的表观遗传年龄逆转了60年以上，研究成果发表于《Aging Cell》期刊。
MIT researchers found that while a ketogenic diet suppresses colon tumors, it may increase small-intestinal cancer risk by driving fatty acid oxidation that fuels stem-cell proliferation, and that ketone bodies like BHB are merely "metabolic bystanders."
Nature Communications 论文《Restoration of Retinal Regenerative Potential》探讨恢复视网膜再生潜能的研究；正文因网站验证页面未能加载，仅依据标题推断内容。
研究人员成功将80岁老年供体的血细胞重编程为干细胞，其分子层面的年龄特征降至20岁以下，显示细胞重编程可大幅逆转生物学年龄。
Stanford University researchers replaced part of a mouse's brain with human brain organoid cells to create a better model for human brain diseases, showing minimal functional improvement over the absent cortex.
South Korean scientists have developed a bioactive patch that stimulates the growth of new teeth using the protein BMP-9, potentially eliminating the need for dentures and implants.
Researchers used base editing, a precise genome editing technique, to study the role of the NANOG gene in human embryo development, revealing it is critical for forming pluripotent epiblast cells.
Conception announces a milestone in creating early human eggs from stem cells using lab-grown mini-ovaries, advancing in vitro gametogenesis toward potential fertility treatments.
Chinese researchers created the first human embryo model (disc-Gastruloid) that successfully undergoes gastrulation and forms primitive streak-like structures, enabling the growth of organ seed cells in vitro, marking a major advance for regenerative medicine.
New research from Texas A&M shows that regenerative abilities may be dormant in mammals and can be activated using a two-step growth factor treatment, enabling regrowth of bone and joint structures instead of scarring.
OpenAI collaborated with Retro Biosciences to develop GPT-4b micro, a specialized version of GPT-4o for protein engineering, achieving 50-fold higher expression of stem cell reprogramming markers with enhanced DNA damage repair capabilities. The findings have been validated across multiple donors and cell types, demonstrating AI's potential to accelerate life sciences research.