Using a cellulose frame to provide implantable structure
OK, I'll give the quick and dirty thought process here. I appreciate all feedback!
So, Pelling Labs have been successful in the use of connective scaffolding from both ear shaped apple slices and a pig heart to use as a foundation on which to grow human cells. In addition to that, the steps taken with controlling Kombucha Scoby structure has advanced enough to where a 3d printed shape (in certain organic filaments) will be overtaken by the culture. This all works together to possibly custom fabricate skin cells to in turn implant.
I have no idea what the use of extra skin cells would be in a healthy person, but I can see the use of bone, Stem and muscle cells. Potentially using the structures could allow a more likely acceptance of a large implant?
I would need to spend MUCH more time researching, so I'll update this eventually. The primary use that I can see is in bodymod. I am not personally interested in cosmetic body mods, but I know many others here are.
A couple of links:
https://makezine.com/2017/03/15/biohacking-pioneers/
Comments
@Moonman0922 In regards to the ear apple project, that's what we call an extracellular matrix (ECM), the same way that one can make a ghost heart as a scaffold to seed a new heart with stem cells for implant. Consider it a ghost apple. The cool thing is that you can make ghost anything and then seed cells on it. Since I have mammalian cells at my lab @chironex and I are working on making a meat berry, basically a berry framework that has been reseeded with muscle cells.
The useful part of the kombucha scoby is called bacterial nanocellulose. So, cellulose fibers that are spun out by bacteria as they feed on the sweet tea that kombucha is made of. When properly cleaned, it's basically all the same thing.
I did a lot of work making sheets of kombucha and then turning them into fabrics. Then someone saw some of those videos and figured, hey, since its cellulose, instead of painstakingly growing a sheet, you can just grow a big lump, blend it, and then make it into sheets like paper. Which was very smart.
Finally, if you look up ECM, you'll see a lot of papers about using it to heal wounds and repair damage in fantastic ways. They make the lab grade stuff from pig bladders. However, I found some papers where they make it from porcine muscle, fancy words for pork chops. You do the ghost protocol on it and then you lyophilize it and then you blend it into tiny flakes.
Oh, and then there is chiotsan. Too much functionality to go into here. It's human usable insect shell, basically. I have about 100 samples of various matrix states that we've made here.
@Cassox I was going to bring you some ECM I made to the conference so you could play around with it later. That cool?
Also, I remember now that someone at Grindfest had been talking about chito stuff. Whoever that is, if you see this, hmu. We're actually making a solid brick to send to SpaceX to see if they are interested in it as a material. We made a version that's basically fire proof. That and the foam and the giant sheets of shell.
You're probably thinking of zwytech. He's already done a ton of cool work with peptides/proteins like collagen w HA and chitin. The reason im focusing on cellulose right now is that im looking at bio durable materials. I'm hoping to make a kind of triacetate layer thing which is in turn bound to HA and whatever. Hit me up at BDYHAX.
Have you already looked into washi paper making techniques. Physical application of materials is so crucial in material science stuff The process itself creates a really durable paper.