Transmission of Coxsackie Virus: Primarily Droplet and Contact, Not Airborne
Coxsackie virus is primarily transmitted through droplet and contact routes rather than true airborne transmission. While respiratory secretions containing the virus can travel a few feet through the air via droplets, Coxsackie virus is not considered an airborne pathogen that remains suspended in air for long periods or travels long distances 1.
Transmission Routes of Coxsackie Virus
Coxsackie virus spreads primarily through droplet transmission (respiratory secretions traveling a few feet through air) and contact transmission (direct or indirect contact with infected secretions) 1.
Unlike true airborne pathogens such as measles virus, tuberculosis, or varicella virus that can remain suspended in air for long periods and travel long distances, Coxsackie virus does not exhibit this transmission pattern 1.
The virus can spread through:
Comparison with Other Respiratory Pathogens
True airborne pathogens (can remain suspended in air for long periods and travel long distances):
- Measles virus (rubeola)
- Varicella virus
- Mycobacterium tuberculosis 1
Droplet transmission pathogens (travel only a few feet through air):
- Influenza virus
- Bordetella pertussis
- Adenovirus
- SARS coronavirus
- Coxsackie virus 1
Clinical Implications
Prevention measures should focus on:
Unlike airborne pathogens that require negative pressure rooms and respirators, Coxsackie virus can be managed with standard and droplet precautions in healthcare settings 1.
Coxsackie Virus Characteristics
Coxsackie viruses belong to the Picornaviridae family and Enterovirus genus 2
They can cause various diseases including:
Laboratory diagnosis traditionally required isolation in newborn mice, but PCR-based methods are now available for specific detection 6