Indian researchers have developed a computer simulation to model the potential spread of a mutated bird flu virus (H5N1) if it were to jump to humans.
The simulation, named BharatSim, modelled the interactions of nearly 10,000 people in Namakkal district, a significant poultry hub in south India.
Findings indicate that quarantining infected individuals is the most effective method for controlling human-to-human transmission, provided it is implemented when as few as two people are infected.
The model suggests that a mutated bird flu virus could begin spreading to tertiary contacts within just two days of initial human infection.
Researchers stress that early intervention is crucial, as once community transmission is established, more drastic public health measures such as lockdowns and mass vaccination become the only remaining options.