Scientists in Sweden have created a cartilage scaffold that guides the body to regrow bone. This is almost exactly how I imagined limb regeneration working in my books. One of the amazing things in writing #SciFi is that sometimes what you dream up actually becomes reality. #science #medicine #health
https://www.sciencedaily.com/releases/2026/03/260305223231.htm

]]>https://postcall.pub/topic/4c554e68-6264-4409-940a-614636c901d3/scientists-in-sweden-have-created-a-cartilage-scaffold-that-guides-the-body-to-regrow-bone.RSS for NodeTue, 07 Apr 2026 14:31:30 GMTTue, 10 Mar 2026 18:57:18 GMT60@AskPippa New technologies always bring with them new challenges for sure. That's why some of the amazing things scientists do sometimes fizzle out unfortunately. But scientific progress often comes in leaps and starts, we never know who's going to connect the final dot. If you do look them up, I'd love to know what you think — always interesting to hear from someone who lives at the science end of things.

]]>https://postcall.pub/post/https://mstdn.ca/users/David_Kelly_SF/statuses/116206896319737247https://postcall.pub/post/https://mstdn.ca/users/David_Kelly_SF/statuses/116206896319737247Tue, 10 Mar 2026 21:01:58 GMT@David_Kelly_SF The challenge with some of these regrowth technologies is controlling how much regrowth happens. Getting the right amount is the tricky part.
For example, researchers have been able to grow nerve tissue for decades. It could even grow on scaffolds. But... once they trigger the nerve tissue to grow, it doesn't stop growing-- which ends up not being useful for helping patients.
But, nerves are more complex than bones. Some bone repairs are done with grafts.
btw -- your books sound fun. I'll look them up.

]]>https://postcall.pub/post/https://c.im/users/AskPippa/statuses/116206586781446218https://postcall.pub/post/https://c.im/users/AskPippa/statuses/116206586781446218Tue, 10 Mar 2026 19:43:15 GMT