Matches in Ghent University Academic Bibliography for { <https://biblio.ugent.be/publication/01JE10536EXMSW64ASHHTHFNT6> ?p ?o. }
Showing items 1 to 24 of
24
with 100 items per page.
- 01JE10536EXMSW64ASHHTHFNT6 classification A1.
- 01JE10536EXMSW64ASHHTHFNT6 date "2019".
- 01JE10536EXMSW64ASHHTHFNT6 language "eng".
- 01JE10536EXMSW64ASHHTHFNT6 type journalArticle.
- 01JE10536EXMSW64ASHHTHFNT6 hasPart 01JJKY74YKEPE7SE97BV7DB2G2.pdf.
- 01JE10536EXMSW64ASHHTHFNT6 subject "Agriculture and Food Sciences".
- 01JE10536EXMSW64ASHHTHFNT6 doi "10.1016/j.fm.2019.05.016".
- 01JE10536EXMSW64ASHHTHFNT6 issn "0740-0020".
- 01JE10536EXMSW64ASHHTHFNT6 issn "1095-9998".
- 01JE10536EXMSW64ASHHTHFNT6 volume "83".
- 01JE10536EXMSW64ASHHTHFNT6 abstract "The fastidious requirement of the zoonotic pathogen Campylobacter jejuni contrasts with its ability to overcome harsh conditions. Different strategies might be involved in the survival and persistence of C. jejuni through the poultry food chain. Therefore, the aims of this study were to get insights in the survival strategies in the poultry slaughterhouse environment by (i) characterizing factors such as biofilm formation, virulence and antimicrobial resistance in environmental isolates and (ii) understanding the possible link between the phenotypic and genetic characterization using whole genome sequencing (WGS). Results have shown that three STs: ST 443 (PFGE A), ST 904 (PFGE C) and ST 3769 (PFGE G), out of the six studied, formed biofilms with variable intensity according to different conditions (temperatures -37 °C, 30 °C, 25°C- and materials -stainless steel and plastic-). High levels of antimicrobial resistance were found in isolates to ciprofloxacin, nalidixic acid and tetracycline as well as to two common detergents used in the slaughterhouse. A combination of several changes in the genome of ST 904 (PFGE C) including mutations, insertions in antimicrobial resistance genes, the presence of T6SS and a set of genes related to virulence factors might explain its ability to form biofilm and persist longer in the environment. However, the complexity of the survival strategies adopted by the different strains of C. jejuni suggests that multiple mechanisms may exist that allow these organisms to persist and ultimately cause disease in humans.".
- 01JE10536EXMSW64ASHHTHFNT6 author dc876a06-1b7f-11ee-a0a6-a5738e2942d5.
- 01JE10536EXMSW64ASHHTHFNT6 author urn:uuid:4a9125a3-fe78-4228-a30d-e96362580ff0.
- 01JE10536EXMSW64ASHHTHFNT6 author urn:uuid:5299c646-ba61-4054-92c4-3f1623f751e3.
- 01JE10536EXMSW64ASHHTHFNT6 author urn:uuid:5d0db7a8-2712-4b13-aba8-4b1bfa6f4362.
- 01JE10536EXMSW64ASHHTHFNT6 author urn:uuid:e40eb017-54b8-46a5-b9a3-0efd1d93aedb.
- 01JE10536EXMSW64ASHHTHFNT6 author urn:uuid:f050ffd2-dbd0-40ab-a700-69b382810126.
- 01JE10536EXMSW64ASHHTHFNT6 dateCreated "2024-12-01T11:37:05Z".
- 01JE10536EXMSW64ASHHTHFNT6 dateModified "2025-01-27T13:11:41Z".
- 01JE10536EXMSW64ASHHTHFNT6 name "Biofilm formation, virulence and antimicrobial resistance of different Campylobacter jejuni isolates from a poultry slaughterhouse".
- 01JE10536EXMSW64ASHHTHFNT6 pagination urn:uuid:0803fd1a-0b01-4b3b-aca0-58b4e6829708.
- 01JE10536EXMSW64ASHHTHFNT6 sameAs LU-01JE10536EXMSW64ASHHTHFNT6.
- 01JE10536EXMSW64ASHHTHFNT6 sourceOrganization urn:uuid:dcdd3f92-f780-46df-ad1d-2a3934612f3b.
- 01JE10536EXMSW64ASHHTHFNT6 type A1.