Compelling analysis suggesting that M:F difference in TB rates driven by differences in rates of Mtb infection. Consistent with old (2000) analysis of genotypic clustering (PMID: 10654640). But why do zoonotic TB series often have flipped ratios? doi: 10.1093/infdis/jiae124
Reposted from
Hannah Rickman
New preprint (with all pre-print caveats!) tinyurl.com/589ffhu4 on Mtb infection risk by sex & age.
Men are at higher risk of #tuberculosis v women- but unclear how much driven by higher infection vs progression to disease. We meta-analysed Mtb immunoreactivity surveys to find out more🧵 #tbsky
Men are at higher risk of #tuberculosis v women- but unclear how much driven by higher infection vs progression to disease. We meta-analysed Mtb immunoreactivity surveys to find out more🧵 #tbsky
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