It does NOT require creativity. It requires logic. I do this for a living too, and have done so for 30 years. Two people trying to solve the same problem (developing a communications protocol, because that's what an API is) are almost always going to come up with the same solution. Even if they don't, the number of possible solutions is small, and it's NOT a creative choice picking one above the other, it's a technical choice.
The genes they identified were all proteins.
I'm not that much of an expert on microarrays, but I'm pretty sure most or all of the arrays they used predate the Encode project's results that made people re-evaluate the question of how much of the genome is really important. Here is a list of the arrays they used:
Illumina: HumanHap550, 318K, 350K, 610K, 660W Quad, HumanOmniExpressExome-8 v1.0, Human610 Quadv1, 370, 317, HumanOmniExpress-12v1 A
Affymetrix: GeneChip 6.0, 250K
This study was the keystone project of a consortium founded in early 2011. I think, given the size, it simply took this long to get the results. That, too, was a time before Encode publications had really started impacting the world. Whatever RNA genes they would have had at the time would be pathetic and paltry by comparison to what we consider worth studying now.
That's really more of a federal government thing than an Ontario one.
Ontario would just require subtitles.
It's okay, though; as a Torontonian, I forgive you for not being able to make the distinction. It is the centre of the universe, after all.
Lots of folks confuse bad management with destiny. -- Frank Hubbard