I’ve finished covering the workshop framework for the winter, in order to keep the wood from rotting until I get the time and money to get onto putting proper walls and roof up, so I’m stuck indoors now for the winter.
Last week, I ordered a new 3D printer to replace the old Makibox printers that I had. They were okay for a few months but gradually degraded to the point that every print I made on one was a replacement part for the other.
The end goal for all of this is peptide synthesis. Specifically, FOXO4-DRI, which is a peptide designed to stop the FOXO4 gene from interacting with the p53 gene, forcing senescent cells in the body to clear out, helping the body to rejuvenate itself, which is one step in how to live forever.
In order to get there, I need to build a load of tools. The first few are analysis tools – no point synthesising something if you can’t verify what it is!
There are a number of designs available already for 3D-printable analysis tools. For example, a spectrometer will help you determine the chemical makeup of a sample. I’m not sure yet of all the analysis tools I’ll need, but I’ll start with that.
Plans for a home-made peptide synthesis machine are also available online. It should be an easy matter to convert them into a 3D print design that can be shared. The costs on the bill of material are ridiculous – you can get most of those for a tiny fraction of the cost these days. A 200MHz CPU for $900? A $5 Raspberry Pi will beat that easily. All of the rest can be designed and printed, cutting a $3000 build down to probably about $30. I’ll update this as I actually build the thing, obviously, but I don’t think it will be anywhere near even $100.