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To explore the effectiveness of generative artificial intelligence in enhancing surgical site infection surveillance after spinal surgeries.

Generative artificial intelligence for surgical site infection surveillance

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To explore the effectiveness of generative artificial intelligence in enhancing surgical site infection surveillance after spinal surgeries.
Utilization of generative artificial intelligence for monitoring surgical site infections after spinal surgery.
Assessment of efficiency improvements in SSI detection post-surgery.
Generative AI demonstrates potential in enhancing the efficiency of surgical site infection surveillance.
Improvements noted in the ability to identify infections quickly.

Generative AI assists in surgical site infection surveillance in spinal surgery, suggesting improved efficiency.

GenAI is a promising tool to assist in SSI surveillance following spinal surgery that could improve efficiency.

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Alshanqeeti et al. (2026) studied this question.

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Generative AI assists in surgical site infection surveillance in spinal surgery, suggesting improved efficiency.

GenAI is a promising tool to assist in SSI surveillance following spinal surgery that could improve efficiency.