

Controlled human infection models (CHIMs) can accelerate vaccine development for infectious diseases. Mycobacterium tuberculosis is a human-adapted pathogen that is the leading infectious cause of death worldwide. M tuberculosis infection results in a spectrum of clinical outcomes that are incompletely modelled in animals. To date, the risks of infection, prolonged treatment, and sequelae related to CHIMs with M tuberculosis have been considered ethically unacceptable. However, recent advances in bacterial engineering have resulted in safe strains that could permit M tuberculosis CHIM studies with reduced risks.
Microbe / Infectious Research
|11th Mar, 2026
|The Lancet
Microbe / Infectious Research
|11th Mar, 2026
|The Lancet
Microbe / Infectious Research
|11th Mar, 2026
|The Lancet
Microbe / Infectious Research
|11th Mar, 2026
|The Lancet
Microbe / Infectious Research
|11th Mar, 2026
|The Lancet
Microbe / Infectious Research
|11th Mar, 2026
|The Lancet
Microbe / Infectious Research
|11th Mar, 2026
|The Lancet