20 - 022 Biological Programming Language

 

So here I sit with all my biological components made up of cells put together to make me a Digital Human. Each of these components can be defined in terms of their cells and chemically analysed. Each of these chemicals making up a cell can be digitally defined. Cells are continually being reproduced (or not in some cases) so a defined process has to from within a cell decide to make a new copy with all the instructions for doing so included. This instructions are called a transcription process. These instructions can go wrong so we have cancerous cell reproduction. The transcription instructions have to be digitally defined (or possibly something similar to digital) to create a Biological Programming Language.

Now if we consider that this Biological Programming Language exists in the stem cells where the stem cell is the outstanding source of all these instructions. From this one cell type embryos grow every other cell type from muscles to neurons. Each cell type being made up of a different digital gene code structures designed to achieve the specific purpose of the cell type.

So if you gain control over this Biological Programming Language you have the capability to control cell reproduction through a transcription mechanism. So you can reprogram stem cells to make any human cell required. But doing so is not that straightforward because they have not got all the genes in the newly created cell work properly. So the current version of this Biological Programming Language is not fully controlling these transcription processes. Although it would seem that a new company called Bit.Bio may have developed some further technology that solves this problem.

Read the article below in the Times on the 271020 :-

Then go look at the www.bit.bio website for more information.