Mutation study of DsrM from Allochromatium vinosum using the XXXX sequences.

@entity535 @entity599
@entity599 metabolism is one of the oldest known environmental processes. The operon involved in this process is called the dsr operon. The vital role of the operon is to maintain the environmental @entity599 balance. The dsr operon of proteobacteria consists of 15 genes, viz. dsrABEFHCMKLJOPNRS. The proteins encoded by the dsr operon are essential for the transfer of @entity599 globules from periplasm to cytosol and oxidation of the stored @entity599 . In the present study we tried to analyze the probable molecular details of the DsrM proteins from a diverse set of microbial species using their sequence information. There are certain mutations in the sequences of the DsrM proteins from the different proteobacterial species. The effects of mutations in the sequences of DsrM proteins were predicted from the evolutionary point of view. This is so far the first report of its kind. Our study would therefore enable the researches to predict the hitherto unknown biochemistry of @entity599 oxidation using the @entity535 sequences of the DsrM proteins.
