Scientific Data (Apr 2022)

A European-wide dataset to uncover adaptive traits of Listeria monocytogenes to diverse ecological niches

  • Benjamin Félix,
  • Yann Sevellec,
  • Federica Palma,
  • Pierre Emmanuel Douarre,
  • Arnaud Felten,
  • Nicolas Radomski,
  • Ludovic Mallet,
  • Yannick Blanchard,
  • Aurélie Leroux,
  • Christophe Soumet,
  • Arnaud Bridier,
  • Pascal Piveteau,
  • Eliette Ascensio,
  • Michel Hébraud,
  • Renáta Karpíšková,
  • Tereza Gelbíčová,
  • Marina Torresi,
  • Francesco Pomilio,
  • Cesare Cammà,
  • Adriano Di Pasquale,
  • Taran Skjerdal,
  • Ariane Pietzka,
  • Werner Ruppitsch,
  • Monica Ricão Canelhas,
  • Bojan Papić,
  • Ana Hurtado,
  • Bart Wullings,
  • Hana Bulawova,
  • Hanna Castro,
  • Miia Lindström,
  • Hannu Korkeala,
  • Žanete Šteingolde,
  • Toomas Kramarenko,
  • Lenka Cabanova,
  • Barbara Szymczak,
  • Manfred Gareis,
  • Verena Oswaldi,
  • Elisabet Marti,
  • Anne-Mette Seyfarth,
  • Jean-Charles Leblanc,
  • Laurent Guillier,
  • Sophie Roussel

DOI
https://doi.org/10.1038/s41597-022-01278-6
Journal volume & issue
Vol. 9, no. 1
pp. 1 – 12

Abstract

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Measurement(s) whole genome sequencing Technology Type(s) Illumina Sequencing Factor Type(s) Multi-locus sequence types • Geographic location • Animal associated environment isolates • Food product and food production environment isolates Sample Characteristic - Organism Listeria monocytogenes Sample Characteristic - Environment Farm • Ruminant • Agricultural soil • Wild animals • food processing building • dairy food product • meat or meat product (from mammal) (us cfr) • chicken meat food product • fish food product • vegetable or vegetable product (us cfr) Sample Characteristic - Location Europe