Researchers suggest tunneling may reflect a conserved strategy adopted by specialized migratory cell types in dense tissues.
Interesting Engineering on MSN
Songbird study reveals potential paths for human brain’s self-repair, neurogenesis
Researchers at Boston University have discovered a surprising mechanism in the brains of zebra ...
The next phase of AI may unfold in the factories, warehouses and cities where the physical world is built and maintained.
What if your high blood pressure isn't just about what you eat or how much you exercise—but something happening deep inside ...
In the thick, orange haze of Australia's devastating 2019-2020 bushfires, Sydney jeweller Meg Maskell remembers her world ...
It’s ancient, unstoppable and strangely contagious. Here’s what science now knows about the humble yawn, and why evolution ...
An analysis has found that anti-amyloid drugs, once hailed as a breakthrough in Alzheimer's treatment, have low clinical ...
“It’s a huge challenge but the whole MND community will be with him every step of the way” ...
An Armagh mum of four "fabulous" adult children has launched a desperate appeal to help bring her terminally ill son and his ...
TechCrunch is great for breaking news and in-depth analysis of the tech world. Techmeme acts as a central hub for the most ...
Despite its small size—it could sit in the palm of your hand—the zebra finch is a remarkable learner. A songbird native to ...
Why don't humans grow new brain cells? A new study shows "tunneling" neurons in songbirds may explain our limited capacity for neurogenesis.
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