Mpox Airborne Transmission: A Systematic Review.
Lucas Ferreira Theotonio Dos Santos, Leonardo Javier Arcuri, Viviane Aparecida R Sant'Anna et al.
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In 30 seconds
This systematic review evaluated the risk of airborne transmission of mpox by analyzing four environmental studies published between 2022 and 2023. While MPXV DNA was detected in air samples, none of the studies showed consistent viral viability in aerosols or droplets, indicating no clear risk of airborne transmission.
Key findings
- MPXV DNA was detected in air samples with cycle threshold (Ct) values ranging from <30 to <45.
- None of the studies demonstrated consistent viral viability in aerosols or droplets.
- The evidence does not support a clear risk of airborne infection.
Why it matters
Understanding the transmission routes of mpox is crucial for public health strategies, especially in managing outbreaks in nonendemic regions. This review highlights the limited evidence for airborne transmission, guiding infection control measures.