A groundbreaking research team from the University of Pennsylvania has developed an innovative antiviral chewing gum using lablab bean protein. The gum effectively neutralizes herpes simplex viruses and influenza A strains by reducing viral loads dramatically in experimental models. This novel approach targets oral virus transmission, offering a potential new strategy for preventing viral infections. The research represents a promising development in combating seasonal epidemics and addressing limitations in current vaccination approaches.
April 08, 2025
New antiviral chewing gum may fight infection, curb spread of flu & herpes virus
"Controlling transmission of viruses continues
to be a major global challenge" - Henry Daniell, Penn's School of Dental
Medicine
A team of US researchers have developed a new
antiviral chewing gum that showed the potential to substantially reduce viral
loads of two herpes simplex viruses and two influenza A strains in experimental
models.
Key Points
1 Lablab
bean gum contains powerful antiviral trap protein (FRIL)
2 Reduces
viral loads by over 95% in experimental models
3 Targets
oral transmission of HSV and influenza
4
Developed as clinically safe FDA-compliant product
Seasonal influenza epidemics occur annually, causing
a substantial global disease burden. The herpes simplex virus-1 (HSV-1), spread
primarily through oral contact, infects over two-thirds of the global
population.
Low vaccination rates for influenza viruses and the
lack of an HSV vaccine underscore the need for a new approach.
Researchers at the University of Pennsylvania
targetted the oral cavity to fight against these viruses, which are transmitted
more via the mouth than the nose.
In the study, published in the journal Molecular
Therapy, the team tested the ability of chewing gum made from lablab beans.
They tested Lablab purpureus -- which naturally contains an antiviral trap
protein (FRIL) -- to neutralise HSV-1 and HSV-2, and two influenza A strains
H1N1 and H3N2.
The chewing gum formulation allowed for effective
and consistent release of FRIL at sites of viral infection.
They demonstrated that 40 milligrams of a two-gram
bean gum tablet was adequate to reduce viral loads by more than 95 per cent.
Importantly, the researchers prepared the gum as a
clinical-grade drug product to comply with the US FDA specifications for drug
products and found the gum to be safe.
“These observations augur well for evaluating bean
gum in human clinical studies to minimise virus infection/transmission,” said
Henry Daniell, Professor at Penn’s School of Dental Medicine.
The team is now looking to use lablab bean powder to
tackle bird flu -- currently having a significant impact in North America.
“Controlling transmission of viruses continues to be
a major global challenge. A broad-spectrum antiviral protein (FRIL) present in
a natural food product (bean powder) to neutralise not only human flu viruses
but also avian (bird) flu is a timely innovation to prevent their infection and
transmission,” Daniell said.
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