This is not known. John von Neumann is commonly credited, but he simply documented an idea that had been discussed for some time by the various designers of ENIAC.
You think probable to DNA - deoxyribonucleic acid.
Well, most programs do actually so that the registry keys can be updated and encoded with your new system.
In heriditary material i.e. DNA or genes
I believe it is the floating-point.
Whatever the sender wants to. Sounds can be encoded in the radio waves, but also computer data (digital information, in form of 1's and 0's).
When DNA does not provide instructions for assembling a protein properly, this could be dangerous. This is caused by inability of the genes to pass the encoded message to amino acids.
Human viruses take over human cellular functions. These human viruses have either RNA or DNA instruction sets surrounded by a protein coat. After these instructions enter the human cell, they co-opt cell functions to perform duties the virus wants done. Computer viruses take over computer functions. Computer viruses are programs created by humans and have a series of 1's and 0's to make up instruction sets. After these instructions enter the computer, they co-opt computer functions to perform duties the virus wants done. So, the biggest difference is that the human virus instruction set is encoded in biological molecules of RNA or DNA, and the computer virus instruction set is encoded in 1's and 0's that the computer sees as a program to run.
In the nuclei of the cells.
The oldest computer language is machine code and all computer languages are binary encoded. It's unavoidable on binary machines.
Information is moved around within a computer by being encoded in the form of bits and being transferred via data buses.
As encoded values composed of one or more bits. A small number of computers used trits instead of bits, but these were rare. Some computers of a new type currently being developed called quantum computers use quebits instead of bits. But the important thing common to all digital computers is the encoded values.This is in contrast to analog computers where quantities are represented as continuous values.
The suffix in the word encoded is -ed.