fair enough, your annoyance is justified.
i still think you're being too harsh on computational analogies in general though. i'll admit that my knowledge of molecular biology is meager, but maybe you can point me in a good direction to dispel my misconceptions.
as i understand it, we have a strings of a formal language (DNA, RNA) which are operated on by state machines (proteins, protein/RNA complexes) that act (relatively) deterministically to either modify the original string or create/modify a new/existing one (proteins, DNA, RNA).
obviously this description is nowhere near complete; proteins are a much more functionally complex kind of 'string', for instance. but as far as i can tell the basic idea of molecular biology is first-and-foremost the basic idea of molecular chemistry: discrete, combinatorial entities composed of atomic constituents that interact with one-another in deterministic ways to produce other such entities. biology adds a new layer of abstraction by representing functionally distinct units (proteins) in a common, (relatively) functionally homogeneous formal language.
accepting certain glosses for the purposes of brevity, is this a fundamentally incorrect way of looking at it?