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Bacterial pathogens exhibit great versatility in causing harm to the human organism. There are therefore several virulence factors used by these microorganisms, enabling them to cause direct damage to the invaded organism, while at other times giving them the ability to evade the host's immune system. Staphylococcus aureus is a bacterial species with a considerable range of virulence factors, which are directly responsible for numerous clinical manifestations triggered by its invasion. Diseases resulting from the direct action of this microorganism, such as abscesses, surgical wound infections, pneumonia, or the action of its toxins such as toxic shock syndrome and food poisoning, demonstrate its great pathogenic arsenal. Because of these characteristics, it is essential for the clinician to know the tricks of this versatile pathogen in causing disease, as well as for the microbiologist to isolate them from the clinical specimens most related to their pathogenicity.
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Bacterial pathogens exhibit great versatility in causing harm to the human organism. There are therefore several virulence factors used by these microorganisms, enabling them to cause direct damage to the invaded organism, while at other times giving them the ability to evade the host's immune system. Staphylococcus aureus is a bacterial species with a considerable range of virulence factors, which are directly responsible for numerous clinical manifestations triggered by its invasion. Diseases resulting from the direct action of this microorganism, such as abscesses, surgical wound infections, pneumonia, or the action of its toxins such as toxic shock syndrome and food poisoning, demonstrate its great pathogenic arsenal. Because of these characteristics, it is essential for the clinician to know the tricks of this versatile pathogen in causing disease, as well as for the microbiologist to isolate them from the clinical specimens most related to their pathogenicity.