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The RNA1 and RNA2 3′-UTR sequences are 67% identical, with the highest identity (~75%) in the 3′ 360 nt.
Homology studies indicated that RfLysG1 showed the highest identity (84.6%) with LysG-B of Oplegnathus fasciatus, while RfLysG2 showed the highest identity (74.4%) with LysG of Siniperca chuatsi.
The predicted amino acid sequence showed the highest identity (61.6%) to nitrilase from Rhodococcus rhodochrous J1.
The strain showed the highest identity (99.3 ~ 100%) with Gibberella intermedia (Fusarium proliferatum).
This strain showed highest identity with strains belonging to the genus Leifsonia.
TsPOx shared the highest identity (90%) to the POx from Trametes hirsute (GenBank accession number: P59097).
Sequence alignment revealed that P. fucata α-amylase (Pfamy) shared the highest identity (91.6%) with Pinctada maxima.
This is the same Pseudomonas strain whose carbamoylase showed highest identity to Aminobacter sp. DSM24754 carbamoylase (see section above).
Its deduced amino acid sequence shows highest identity of 78% to a hypothetical protein of Agrobacterium radiobacter K84 (YP_002542208.1).
Among human MT1 duplicates, MT1E showed the highest identity (85%) with the mouse Mt1.
The highest identity with lectins of other vertebrates and invertebrates is 33%.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com