Accepted Oral Abstracts
The following abstracts have been accepted for oral presentation and are included in the regular IMMEM XIII programme:
Presentation Number | Presenter Name | City | Country | Abstract Title | Session |
---|---|---|---|---|---|
O01 - S01 | Patrick Munk | Kgs. Lyngby | Denmark | Metagenomic monitoring of antimicrobial resistance in 101 countries using sewage reveals new diversity and geographical patterns in the global resistome | S01 |
O02 - S01 | Chrystal Landgraff | Winnipeg | Canada | A new genomic surveillance paradigm: Wastewater based epidemiology using metagenomics in Canada. | S01 |
O03 - S05 | Anderson Oaikhena | Ibadan | Nigeria | Genomic Surveillance of Staphylococcus aureus Submitted to the Nigerian Antimicrobial Resistance Surveillance Network from 2013-2021 | S05 |
O04 - S05 | Koen Vandelannoote | Phnom Penh | Cambodia | A quinolone resistant outbreak of Salmonella enterica serovar Paratyphi A in Phnom Penh, Cambodia | S05 |
O05 - S06 | Sergio Arredondo-Alonso | Oslo | Norway | A novel approach for consistent typing and identification of Escherichia coli plasmids | S06 |
O06 - S06 | Val F. Lanza | Madrid | Spain | First comprehensive reconstruction of the plasmidome of Enterococcus faecalis | S06 |
O07 -S08 | Francesc Coll | London | United Kingdom | Improved accuracy of antibiotic resistance determination from Enterococcus faecium whole-genome sequences | S08 |
O08 - S08 | Marit Andrea Klokkhammer Hetland | Stavanger | Norway | Within-patient evolution and global dynamics of Klebsiella pneumoniae ST17 | S08 |
O09 - S09 | Aldert Zomer | Utrecht | Netherlands | Plasmid presence and diversity within and between Campylobacter species | S09 |
O10 - S09 | Clare Barker | London | United Kingdom | Comparative genomics of persistence mechanisms in Listeria monocytogenes | S09 |
O11 - S9.5 | Eric Stevens | College Park | USA | Variety, velocity, and volume: Molecular epidemiological surveillance and the challenges of big data | S9.5 |
O12 - S9.5 | John Lees | Cambridge | United Kingdom | Alignment-free typing schemes for bacterial, viral and eukaryotic pathogens | S9.5 |
O13 - S10 | Sion Bayliss | Bath | United Kingdom | Hierarchical machine learning predicts geographical origin of Salmonella within four minutes of sequencing | S10 |
O14 - S10 | Henrik Hasman | Copenhagen S | Denmark | EpiLinx, a software to visualize patient networks for outbreak detection | S10 |