It is always advisable to reach beyond our own specialization to be capable to put research into a wider frame withing the whole science. We know that there are always occurring emerging fields within science. It is the same within the theory of computation. This is why you might be interested about this answer.
Those who are interested about the very principles that are utilized in biological system to evaluate, compute, and make decisions can benefit from the knowledge of massive-parallel computations, which are omnipresent within biological systems.
When you want to immerse yourself into the core methodologies of bio-computation that actually operate within living cells, you might be interested about this paper and animations related to it [1].
Just one animation that can curb your appetite is attached. There you can observe the appearance of an emergent structure from random initial conditions while employing a modified cellular automaton called the 'Game of Life', which is proven to be Turing machine equivalent. In simple words, in the GoL, it is possible to design AND, OR, and NOT logic gates and assembly a processor unit along with a memory. In other words, a brand-new computer, see links in [1].