Login / Signup

High Leptospira Diversity in Animals and Humans Complicates the Search for Common Reservoirs of Human Disease in Rural Ecuador.

Veronica Alexandra BarraganJorge ChiribogaErin MillerSonora OlivasDawn BirdsellCrystal HeppHeidie HornstraJames M SchuppMelba MoralesManuel GonzalezSoraya ReyesCarmen de la CruzPaul KeimRudy HartskeerlGabriel TruebaTalima Pearson
Published in: PLoS neglected tropical diseases (2016)
A large portion of the world's human population lives in low-income, rural communities, however, there is limited information about leptospirosis transmission dynamics in these settings. In these areas, exposure to peridomestic livestock is particularly common and high prevalence of infectious leptospira in cows and pigs suggest that they may be the most important reservoir for human transmission. Genotyping clinical samples show that multiple species of leptospira are involved in human disease. As these genotypes were also detected in samples from a variety of animals, genotype data must be used in conjunction with epidemiological data to provide evidence of transmission and the importance of different potential leptospirosis reservoirs.
Keyphrases
  • endothelial cells
  • induced pluripotent stem cells
  • healthcare
  • gene expression
  • machine learning
  • risk assessment
  • big data
  • genome wide
  • deep learning
  • artificial intelligence