Authors :
Manka Marycleopha; Elisa Kalugendo
Volume/Issue :
Volume 6 - 2021, Issue 2 - February
Google Scholar :
http://bitly.ws/9nMw
Scribd :
https://bit.ly/2OwfcrB
Abstract :
The aim of the present study was to screening
of the eco-friendly anti-biofilm antimicrobial compound
from marine seaweeds, characterization of the bioactive
metabolites though FTIR.
Method
Confirmation of biofilm activity was evaluated using
Congo red agar method where the organisms where
streaked over Congo red agar method,
Results
The different parameters namely morphological,
biochemical testes have been used for characterization
and identification of marine biofilm bacteria
Conclusion
Anti- biofilm metabolites assess from the above results
indicates the presence of active constituents in the
extractions of natural plants of seaweeds which showed
better antimicrobial activity against micro-fouling
bacteria.
Keywords :
Anti-Biofilm, Seaweeds, Antimicrobial Activity, Invitro-Biofilm Inhibitory Concentration And FTIR Analysis.
The aim of the present study was to screening
of the eco-friendly anti-biofilm antimicrobial compound
from marine seaweeds, characterization of the bioactive
metabolites though FTIR.
Method
Confirmation of biofilm activity was evaluated using
Congo red agar method where the organisms where
streaked over Congo red agar method,
Results
The different parameters namely morphological,
biochemical testes have been used for characterization
and identification of marine biofilm bacteria
Conclusion
Anti- biofilm metabolites assess from the above results
indicates the presence of active constituents in the
extractions of natural plants of seaweeds which showed
better antimicrobial activity against micro-fouling
bacteria.
Keywords :
Anti-Biofilm, Seaweeds, Antimicrobial Activity, Invitro-Biofilm Inhibitory Concentration And FTIR Analysis.
