Protein BBX Regulates Developing Cortical Cells by Restraining p53-Mediated p21 Activation
Researchers have discovered that bobby sox homolog represses p53-dependent p21 expression to safeguard embryonic neural stem cell maintenance and cortical ...
Researchers have discovered that bobby sox homolog represses p53-dependent p21 expression to safeguard embryonic neural stem cell maintenance and cortical ...
A review details how alphaherpesviruses exploit retrograde axonal transport while other herpesviruses breach the blood-brain barrier to trigger neuroinflammation and ...
A critical narrative evaluation shows that non-coding RNAs in neural stem cell vesicles provide uneven causal proof of therapeutic necessity ...
A comprehensive scientific review reveals that overcoming mammalian central nervous system regenerative failure requires simultaneously targeting external inhibitory barriers and ...
A study finds a near-zero gene-level rank association between hypothalamic stem cell microRNA targets and hypothalamic aging transcriptomes.
Human cortical organoids show that ASPM mutations prematurely displace and impair the specification of outer radial glia cells, explaining why ...
Lab-grown brain organoids from humans, chimpanzees and gorillas reveal nearly 600 genetic switches that are more active in human neural ...
Whitehead Institute researchers profiled more than 600,000 cells to build the first whole-body single-cell transcriptome atlas of an adult vertebrate, ...
A new review argues that neural stem cells may aid spinal cord injury recovery mainly by reprogramming macrophages and other ...
A new review finds stem cell and extracellular vesicle therapies show encouraging preclinical results for Alzheimer's disease, but published clinical ...
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© 2026 Scienmag - Science Magazine