Our paper estimating the infectiousness of subclinical tuberculosis and its contribution to transmission has now been published in elife.
https://t.co/xJPtnebzmQ
Our preprint estimating the infectiousness of subclinical tuberculosis and its contribution to transmission is now out on medRxiv.
https://t.co/do8AlfBsTh
NOT YET PEER REVIEWED
@dopapus@tomayates @petermacp @LeoMarti_EpiTB @petedodd24 @Rein_Houben I'd also bear in mind that the sample sizes available led to fairly wide uncertainty intervals. I think the important conclusion is that our lower bound suggests that the infectiousness of subclinical TB is unlikely to be negligible.
@dopapus@tomayates @petermacp @LeoMarti_EpiTB @petedodd24 @Rein_Houben Thanks all for reading and glad it's interesting!
@dopapus we used crude ORs in the preprint but haven't seen any material variation when adjusting for age and sex. This is something we could look to include as a sensitivity though.
@tomayates @petedodd24 @Rein_Houben @petermacp I also agree with you about the limitation of using households with no TB cases. A background rate of infection is crucial for estimating relative infectiousness and I'd hope future studies would include some random sampling to improve this measure.
Our preprint estimating the infectiousness of subclinical tuberculosis and its contribution to transmission is now out on medRxiv.
https://t.co/do8AlfBsTh
NOT YET PEER REVIEWED
The population with a viable Mtb infection may be markedly smaller than generally assumed - new modelling study of Mtb self-clearance out today in Proceedings of the Royal Society B:
https://t.co/OiYPrAycZR