Publications by authors named "Hector Carmona-Salido"

Article Synopsis
  • A recent surge in vibriosis linked to global warming highlights a new species, Vibrio metoecus, which has not previously been associated with human septicemia deaths.
  • A blood isolate from a patient who died from secondary septicemia was identified through advanced genome sequencing techniques after traditional methods failed.
  • The study found that V. metoecus can survive in human serum and carries unique genetic traits related to surface polysaccharide modification, emphasizing the need to monitor emerging pathogens as climate change may enhance their risks.
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V. vulnificus, continues being an underestimated yet lethal zoonotic pathogen. In this chapter, we provide a comprehensive review of numerous aspects of the biology, epidemiology, and virulence mechanisms of this poorly understood pathogen.

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Vibrio vulnificus is a zoonotic pathogen linked to aquaculture that is spreading due to climate change. The pathogen can be transmitted to humans and animals by ingestion of raw shellfish or seafood feed, respectively. The aim of this work was to design and test a new procedure to detect V.

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is a pathogen of public health concern that causes either primary septicemia after ingestion of raw shellfish or secondary septicemia after wound exposure to seawater. In consequence, shellfish and seawater are considered its main reservoirs. However, there is one aspect of its biology that is systematically overlooked: its association with fish in its natural environment.

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Potentially zoonotic Vibrio vulnificus strains were isolated from vibriosis outbreaks occurring on eastern Mediterranean tilapia farms between 2016 and 2019. In this work, the draft genome sequences of three representative isolates are presented.

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is a zoonotic pathogen that is spreading worldwide due to global warming. Lineage 3 (L3; formerly biotype 3) includes the strains of the species with the unique ability to cause fish farm-linked outbreaks of septicemia. The L3 strains emerged recently and are particularly virulent and difficult to identify.

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