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Fig. 1 Sequence homology analysis of BVMOLepto.
The purpose of alignment is to best determine sequence homology.
Considerable sequence homology exists across different mammalian species.
No sequence homology is detectable with known proteins.
These enzymes have little sequence homology to true lipases.
The amino acid sequence showed sequence homology with vertebrate ferritin.
Homology comparison with Actin gene sequences of other plants in the GenBank showed that it shared over 82% nucleotide sequence homology and 90% amino acid sequence homology.
Sequence homology was analyzed using the BLAST search and compared with the sequences reported in GenBank.
Figure 2 Neighbour-joining phylogenetic tree using the 16S rDNA gene for sequence homology studies.
SUL-III showed sequence homology to SAL, a rhamnose-binding lectin from catfish (Silus asotus) eggs.
These duplicated genes share 65%% sequence homology at protein level (data not shown).
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