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ANO1 consists of 26 exons and has been predicted to code for a variety of proteins.
The genome of S. rhizophila DSM14405T consists of 4,648,976 nucleotides with a GC content of 67.26%, and has been predicted to code for 4,033 CDSs.
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The soybean genome sequence Glyma1 was predicted to code 46,430 protein-coding genes with nearly 75% of the genes present in multiple copies [ 19].
Most of the unique genes were predicted to code hypothetical proteins.
This new mutated allele would be predicted to code for very short peptides of 39 amino acids corresponding to the first 32 amino acid of the DOCS1 protein plus 7 amino acids from out-of-frame transcriptional residues.
Two genes are predicted to code for photolyases.
In total, 83.4% of the assembled bases were predicted to code for proteins.
It is predicted to code for 12,074 proteins of >100 amino acids, which is 1,412 more proteins than A. nidulans and 2,444 more than A. fumigatus [4].
The GBoV NP1 gene comprises 657 nt and is predicted to code for a highly basic and stable 219 aa protein with a mass of approximately 26 kDa.
The GBoV1 virion protein gene comprises 2013 nt and is predicted to code for two structural proteins VP1 and VP2 of 671 aa and 542aa length, respectively.
The GBoV1NS protein gene comprises 2412 nt and is predicted to code for 804 amino acids (aa) with a mass of approximately 91 kDa, making it the second longest NS protein encoded by a bocavirus (HBoV1 – 781 aa, HBoV2 -777 aa, HBoV3 – 780 aa and HBoV4 – 776 aa, canine minute virus - 774 aa and bovine parvovirus - 860 aa).
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