Gaile, just wait until we get a little bit closer to actually using DNA as a data storage medium. Really. Been done already, and is routinely--if in a very limited way--being used via DNA barcoding not just in the biological sciences, but in fields like chemical engineering and nanotechnology.
We've made leaps and bounds the past couple of years in speeding up the "data read" capability with things like better long-read and nanopore sequencing, and the "data write" viability of things with tools like CRISPR. Microsoft and others, like Twist Bioscience, are actively working on technologies for DNA data storage.
DNA is a super-dense storage medium with a Base-4 radix--four nucleic acids--at a storage level per bit the literal size of a molecule. Puts our current digital storage media to shame...except we will (maybe?) never be able to write to and read from it real-time. But think of it as an Amazon S3 Glacier storage class. If you don't need rapid read and write, just handy, tiny-footprint, EMP-proof, covert storage and transport...
Heck, in 2017 or 2018 George Church at Harvard encoded a lowly E. coli bacterium's DNA with a photograph of a human hand, and was then able to decode and reproduce the image. If I were a science fiction or Clancy-like espionage writer, I could have a field day with this stuff.
Has nothing to do with the original topic, but I'll betcha someone at Rand or another think-tank has already perked Pentagon ears with talk of DNA data storage. And with Gaile mentioning her work at the NS-...er, ah, at a DoD affiliated supplier/provider, just thought I might never get another chance to mention DNA data storage here on G2G...