GROUP 7 GENOMIC INSIGHTS INTO PATHOGENIC PROFILE OF E.COLI ROAR340
BACKGROUND RESULTS AND DISCUSSION
Fig 1
E.coli is a bacterium strain that varies from
Discussion and con
benign inhabitant of human/animal gut to
various dangerous pathogens.
Aim: To investigate ROAR340’s pathogenicity
for identifying severe health issues. E.g. UTI.
Genomic study: To sequence ROAR340 for its
pathogenic traits and resistance mechanisms.
Fig 3
Artemis visualization sho
genes on node 1, which
pathogenic capability. Cle
classified ROAR340 into
highly virulent E.coli stra
Serotype finder revealed
Public health impact: Understanding typical of pathogenic E.c
ROAR340’s genetic makeup for enhancing Virulence Finder and VFa
overall disease control and prevention. virulence genes like fimH
1 and predicted closest R
METHODOLOGY
pathogenic strains (Figur
1. Genome Annotation and Visualization in ggg
Artemis: Performed to understand genetic Fig 4 CONCLU
organization using DNA plotter. ROAR340’s classification,
2. Phylogenetic Analysis with Clermont virulence genes identifica
Phylotyper: Classified E.coli based on TspE4,
high pathogenic potential
BACKGROUND RESULTS AND DISCUSSION
Fig 1
E.coli is a bacterium strain that varies from
Discussion and con
benign inhabitant of human/animal gut to
various dangerous pathogens.
Aim: To investigate ROAR340’s pathogenicity
for identifying severe health issues. E.g. UTI.
Genomic study: To sequence ROAR340 for its
pathogenic traits and resistance mechanisms.
Fig 3
Artemis visualization sho
genes on node 1, which
pathogenic capability. Cle
classified ROAR340 into
highly virulent E.coli stra
Serotype finder revealed
Public health impact: Understanding typical of pathogenic E.c
ROAR340’s genetic makeup for enhancing Virulence Finder and VFa
overall disease control and prevention. virulence genes like fimH
1 and predicted closest R
METHODOLOGY
pathogenic strains (Figur
1. Genome Annotation and Visualization in ggg
Artemis: Performed to understand genetic Fig 4 CONCLU
organization using DNA plotter. ROAR340’s classification,
2. Phylogenetic Analysis with Clermont virulence genes identifica
Phylotyper: Classified E.coli based on TspE4,
high pathogenic potential
