Not to mention there's no guarantee it's actually ADT and not somebody casing houses and installing fake or compromised equipment. Not like it takes a lot to fake plolo shirts and a folder.
Shared memory parallel codes (OpenMP) could benefit, though. Many (originally single-threaded) or homemade scientific applications run in this space: get some parallelism for relatively little work (insert pragmas, be careful to be thread safe, and test test test), without all the extra work of redesigning those simulations for efficient message passing.
You certainly find problems where it is much better bang for the buck to throw an expensive processor and OpenMP ( O($10^2 to $10^3) ) at a problem than to throw specialized MPI development effort ( O($10^4 to $10^6) ) at that problem. Especially when the first step to any hybrid OpenMP-MPI code is to work on single compute node performance with OpenMP, before connecting nodes with MPI.
We taught a little of this in some of our engineering courses this Spring. Suppose gene A down-regulates gene B, and gene B down-regulates gene A. Then if (A,B) is your network state, (1,0) and (0,1) are stable states, and all intermediate states go back to one of these. This is a bistable toggle. It's a way to write a bit of data to a cell.
Now, add two more genes: A promotes P which blocks A. B promotes Q which blocks B. This turns the system into a biological oscillator. Now you have a system click with tics (A up and B down) and tocs (A down and B up). Fun stuff.
If you want to put yourself on the map, publish your own map.