Belly Mujinga death: Rail worker's inquest will not look at 'Covid spit attack'

  • Published
Related Topics
Belly Mujinga
Image caption,

Belly Mujinga died with Covid in April 2020

An inquest into the death of a railway worker will not examine if she was infected with Covid by a passenger who allegedly spat at her.

Belly Mujinga, 47, died in 2020 after she was reportedly coughed on and spat at by a man known as AB.

The coroner on Friday said the inquest will not look at how she caught Covid.

AB tested negative days after the incident and a police investigation concluded there was not enough evidence to show a crime had been committed.

In September 2020, Govia Thameslink Railway (GTR) said no complaints about spitting were made at the time, while police also "concluded that no spitting incident took place".

Barnet Coroner's Court previously heard the inquest would be unlikely to find out how the infection occurred but it may cover where Ms Mujinga was infected.

AB allegedly told Ms Mujinga he was infected at the time of the confrontation but subsequently returned a negative Covid test.

Image source, Getty Images
Image caption,

Mrs Mujinga's death prompted an outpouring of grief and demand for answers

The inquest will focus on whether she should have been shielding at the time, the coroner said.

Ms Mujinga, a married mother of one, had underlying health issues which her family said placed her in the "vulnerable" category.

Elaine Banton, for Ms Mujinga's family, said: "Belly Mujinga was a disabled employee - there may have been missed opportunities to protect her."

At a pre-inquest review hearing on Friday, senior coroner Andrew Walker dismissed an application from the family to delay the inquest until the conclusion of the Covid-19 public inquiry.

He claimed it was unlikely the inquiry would offer any information useful to determine the circumstances of Ms Mujinga's death.

The full inquest is scheduled to begin on 27 June.

Related Internet Links

The BBC is not responsible for the content of external sites.