"The Roman legion was the largest military unit of the Roman army, composed of Roman citizens serving as legionaries" (Wikipedia), emphasis added).
"The Roman legionary was a citizen soldier of the Roman army. These soldiers would conquer and defend the territories of ancient Rome during the Republic and Principate eras, alongside auxiliary and cavalry detachments" (Wikipedia, emphasis added).
"If it looks like a duck, swims like a duck, and quacks like a duck, then it probably is a duck" (Duck Test).
Those tables contain numerical data gleaned during analysis of genomes of various organisms from the GenBank database.
The tables in those appendices feature a link to the GenBank data record which contains the actual nucleotide (ACGT) data and other research information.
Rarely, the list of nucleotides is not contained in the initial GBFF link page, in such cases just click on the "FASTA" button at the top left corner of the GenBank page and those ACGT's will be loaded for your perusal.
The HTML tables in the appendices contain the counts of the number of each A, C, G, and T nucleotide individually, as well as the totals thereof.
How well those counts match up to the genetic constants is highlighted.
An added benefit to consider is that the importance of distinguishing DNA from RNA by proper nomenclature is emphasized (that nomenclature is so important that Dredd Blog criticized the inane practice of using a 'T' to represent bothDNA thymine and RNA uracil).
That is, I have complained about bad nomenclature which does not adequately respect the difference between DNA and RNA in previous series:
And most of them are RNA viruses, not DNA viruses.
One basic difference between RNA and DNA viruses is uracil vs thymine ('U' vs 'T'):
"Uracil
(U) is one of four chemical bases that are part of RNA. The other three
bases are adenine (A), cytosine (C), and guanine (G). In DNA, the base
thymine (T) is used in place of uracil."
(NIH, uracil). What I am UGH!ing about is that in the nucleotide databases "the powers that be" do not use 'U' for uracil (example RNA virus nucleotide data) [go to 'ORIGIN' section @ bottom of the file].
Instead, they use 'T' for thymine in both RNA and DNA sequences even though "In RNA, uracil [U] binds to adenine via two hydrogen bonds. In DNA, the uracil nucleobase is replaced by thymine [T]" (see thymine & uracil links below).
