The sequencing analysis for 1500 bases of 16S rRNA gene of isolate CP5 of Channa punctatus was compared with the base pairs of reference Proteus sp. and found maximum matching similarity of 76% with that of Proteus mirabilis. Hence, the isolate can be identified as P. mirabilis based upon the available sequential data.

Proteases and lipases are the major metabolism enzymes. They undergo a number of chemical reactions and are responsible for many aspects of bacterial cell life and pathogenicity. However, unlike the proven ability to target proteins and lipases in other aspects of drug detection, the clinic does not have any protein antibiotics or lipase inhibitors, except for the biosynthetic peptidoglycan and transpeptidase, which is β-lactic acid. In addition, the importance of proteases in bacterial etiology makes it possible to avoid selecting targets for new antiviral drug agents. Therefore, bacterial proteins and lipases have not been studied, and they are among the best pioneers deserving continued effort in the discovery of antibacterial drugs in the 21st century.