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The predicted protein shared extensive similarities with bacterial and baculovirus chitinases in both amino acid sequences (73% identity with Serratia marcescens chiA and 63% with Autographa californica nucleopolyhedrovirus chiA) and domain architectures.
The deduced ZzR1 protein shared high homology with other known R-genes belonging to the CC-NBS-LRR (coiled coil-nucleotide binding site-leucine rich repeat) class and had a calculated molecular weight of 84.61 kDa.
It also discovered that the fibrillin-1 protein shared a remarkable resemblance to another protein that acts to dampen the activity of transforming growth factor-beta.
Protein BLAST of the amino acid sequence showed that the protein shared 85% homology with the agarase from Microbulbifer agarilyticus (GenBank Accession No. BAE06228.1).
A previous study reported that OsPKS1 protein shared the similar products of enzymatic reaction with PKSA/LAP6 (Wang et al. 2013), suggesting a conserved biochemical function of PKSs in sporopollenin metabolism between monocots and dicots.
A BLAST search showed that Hcl1 protein shared no homology with any known protein in the available databases.
Similar(8)
This protein shares highest amino acid identity (83%) with a putative dihydropyrimidinase of Mesorhizobium sp. BNC1 (YP_675206).
We thus postulate that APIP12 could represent a unique protein sharing sequence and structure similarity to Nup98 family.
The two proteins shared about 25% similarity.
Tandem repeat proteins shared with representative N. vectensis proteins (in bold face).
More deduced Xop411 proteins shared higher degrees of similarity with Xp10 than with OP1 proteins.
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