This is my current understanding of how an organic cell must work within the Electric Universe theory. It is a work in progress and by no means fully understood.
The cell nucleus is the central structure that contains the DNA double-helix. The geometry of this amazing double helix structure serves as a very long natural antenna, resonating with specific wave frequencies to create motion and allow current to flow along it. Being able to capture wave energy means the nucleus gains charge and serves as an anode, magnetically pushing the cathode (cell wall) out until an equilibrium is reached with the outside environment. In this sense it is a useful analogy to imagine the cell nucleus as being our Sun and the cell wall being the Heliopause (or the magnetic boundary of the Solar System).
Between the nucleus and the cell wall is the Cytoplasm (plasma) - this is exactly like any other plasma, simply a diffuse cloud of atoms within an electro-magnetic field some of which gain charge from the current flowing from the anode to the cathode. Any ions within the plasma will be magnetically attracted or repulsed to naturally form layers of different electrical potential.
Now in our little solar system analogy with the cell nucleus as the Sun and the cell wall as the Heliopause we can consider the Organelles (examples include the Ribosome and the Mitochondrian) as being miniature planetary systems orbiting through the plasma around the nucleus.
These organelles provide some function to the cell which at the moment can't actually do much. Being part of the same electrical circuit as the cell they don't need a DNA antenna, they get their energy directly out of the cell plasma.
The Mitochondrian accumulates some of the charge and attracts other atoms out of the plasma (such as oxygen) to create the molecules it needs to do it's work and also to store energy for other processes.
The Ribosome works in a similar way to the Mitochondrian, it accumulates charge and attracts molecules and amino acids to produce proteins which are the cell's end-product.
So as the nucleus (anode) captures wave energy this flows through the cell plasma until it reaches the cell wall (cathode). At this point electro-magnetic waves are emitted out of the cell. The waves (light) passing into the cell provide energy to the organelles before being emitted again as waves.
So from our perspective we see what wave energy escapes the cell after light has travelled through it rather like light shining through soap bubbles.
Our solar system example here is very simple but organelles that make proteins are complex subsystems like Jupiter is with its swarm of satellites.
As I see it, this is how the cell acquires it's form; we see only the waves emitted by the cell and the properties of the waves emitted are translated by our optical system to what we see.
The DNA antenna will only resonate with certain frequencies and these are influenced by the genes and chromosomes in the DNA. But it is not only the DNA that matters here.
Waves have basic properties such as wavelength, frequency and amplitude but they can actually contain a lot more information than that. This is something we know from TV, Radio, and Mobile phones - waves can carry encoded information.
Every time a wave is absorbed and emitted by matter of any kind it will change the properties of the wave. That might be the wavelength or it might be other properties of the wave including the encoded information.
It is then a combination of the light waves being absorbed by the DNA, and the product of the cell's internal work performed by organelles that determines the final output wave that we perceive as form.
Seeing organic cells in an electro-magnetic context gives a clue to how many remarkable creatures take advantage of the properties of plasma and organelles within their cells to emit waves of all kinds.
Most of us will have experienced bioluminescence in one form or another. All living things emit light from their cells, and some cells like those found in fireflies and many sea creatures are optimized for this purpose, often to dramatic effect.
But humans do it too, spend some time a pitch dark forest and you will begin to notice little luminous eyes of creatures and they can see your eyes emitting light too.
In fact our eyes are an interesting case not just because as an antenna, eyes both absorb waves and emit them, but also our eyes are moved in the sockets electrically. Sit in a dark room for a few minutes until your eyes have adjusted then roll your eyes about like this 🙄 You will see little blue electric sparks from the nerves inside your eyes as they move.
It is because the electric cell is mostly just plasma and that only some of the wave energy is consumed by the organelles on it’s journey through, that living cells are translucent and squishy.