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Interaction of different Chlamydiae species with bovine spermatozoa.

Thomas EckertSandra Goericke-PeschCarsten HeydelMartin BergmannJohannes KauffoldKlaus FailingAxel Wehrend
Published in: BMC microbiology (2019)
As initial motility was not affected following co-incubation of viable Chlamydiae and bovine sperm, it seems likely that sperm could serve as a carrier/vehicle for Chlamydiae facilitating cervical passage of Chlamydiae spp. in cattle. Additionally, our results suggest that spermatozoa carrying Chlamydiae may have no initial disadvantage in reaching the oviduct, but are immotile at the time of ovulation what might have an impact on fertilization capacities of the individual sperm. Consequently, high concentrations of the investigated Chlamydiae in the seminal plasma or female genital tract might play a role in reduced fertility in cattle.
Keyphrases
  • adipose tissue
  • biofilm formation
  • staphylococcus aureus
  • mass spectrometry
  • high resolution