Though I know locking up Nutrient Priority is an accident at an iconic level, Parasite, it's still solvable as is.

I think what Steeletto meant was the RGB parameter itself in a singular cell, like the RGB parameter of a Phagocyte (for example) can be changed using abc equations controlled by signals.

This was also an idea back then. Prey hides from a predator through Stemocyte's color differenciation. This way, the predator runs blind in the plate and the prey gets to eat its food and run away safely. Unfortunately, I don't have a link to such creation if anyone was able to replicate that mechan...

As long as the parasite's setting is ticked to not starve itself when connected to another cell, it'll be guaranteed to survive.

EDIT: It was the setting "Prioritize" which helps the cell to preserve nutrients when sharing nutrients to other cells.

Ohh, so the Virocyte's function was just inverted. Instead of the infector deciding where it goes, it's the receiver who decides it.

Neurocyte's either for signal amplification, positive/negative feedback loops, or signal translation (S1 to S2 conversion).

That's the challenge. You have to adapt to their level of efficiency.

You set the Viscosity level to Zero, meaning there will be no friction. Thus, the cell will move infinitely due to the fact that no opposing external force is acting on it to reduce its velocity.

It's not a bug. It's simple Physics.

I've already solved this using a combination of Keratinocytes and Gluocytes. One solution makes a Keratino worm with a Gluocytic head, and my other one being a simple colony of Keratinocytes and Gluocytes. Split Mass and which cell to split is crucial here in order for the third species to survive. ...

Producing a Secrocyte with Protease secretion can work as long as the split is linear (180 degrees, with the Secrocyte at the middle and adhesives off to Child Adhesive and Split Adhesive)