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Survival of rhinoviruses on human fingers
A G L'Huillier1, C Tapparel2, L Turin1
1Laboratory of Virology, Division of Infectious Diseases and Division of Laboratory Medicine, University of Geneva, Geneva, Switzerland.
Abstract:
Rhinovirus is the main cause of the common cold, which remains the most frequent infection worldwide among humans. Knowledge and understanding of the rhinovirus transmission route is important to reduce morbidity as only preventive measures are effective. In this study, we investigated the potential of rhinovirus to survive on fingers. Rhinovirus-B14 was deposited on fingers for 30, 60, 90 and 120 min. Survival was defined as the ability of the virus to grow after 7 days, confirmed by immunofluorescence. Rhinovirus survival was not dependent on incubation time on fingers. Droplet disruption had no influence on survival. Survival was frequent with high rhinovirus concentrations, but rare with low-concentration droplets, which corresponded to the usual rhinovirus concentrations in mucus observed in children and adults, respectively. Our study confirms that rhinovirus infectiousness is related to the viral concentration in droplets and suggests that children represent the main transmission source, which occurs only rarely via adults. It confirms also that rhinovirus hand-related transmission is possible and supports hand hygiene as a key prevention measure.
Insights
Rhinovirus can survive on fingers, with survival depending on viral concentration, not time. This supports hand hygiene as a key prevention measure against the common cold.
Area of Science:
- Virology
- Infectious Diseases
- Public Health
Background:
- Rhinovirus is the most common cause of human respiratory infections globally.
- Understanding transmission routes is crucial for preventing common cold spread.
Purpose of the Study:
- To investigate the survival of rhinovirus on human fingers.
- To determine factors influencing rhinovirus transmission via hands.
Main Methods:
- Rhinovirus-B14 was applied to fingers for varying durations (30-120 minutes).
- Viral survival was assessed by culturing after 7 days and confirmed with immunofluorescence.
- The impact of droplet disruption and viral concentration was evaluated.
Main Results:
- Rhinovirus survival on fingers was not dependent on contact time.
- Survival rates were higher with concentrated viral loads.
- Low concentrations, typical in adult mucus, showed rare survival.
Conclusions:
- Rhinovirus infectiousness is linked to viral concentration in droplets.
- Children are likely the primary source of rhinovirus transmission.
- Hand-to-hand transmission of rhinovirus is possible, emphasizing hand hygiene.
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