Africa: New TB Vaccines Could Save 7.3m Lives By 2050 – Gavi

Africa: New TB Vaccines Could Save 7.3m Lives By 2050 – Gavi


Gavi said an estimated 10.7 million people developed TB and 1.2 million died from the disease globally in 2024.

New tuberculosis (TB) vaccines expected to become available from 2029 could save up to 7.3 million lives globally between 2030 and 2050, Gavi, the Vaccine Alliance, has said.

This was contained in a statement issued by Gavi on Monday.

According to the alliance, the vaccines can also unlock up to $135 billion in economic benefits across low- and middle-income countries.


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It described the potential vaccines as among the most impactful new immunisation tools in decades and as a breakthrough in the fight against TB, the world’s deadliest infectious disease.

Gavi, however, warned that governments and vaccine manufacturers needed to begin preparations now to ensure sufficient, affordable and timely supply when the vaccines become available.

It said demand in low- and middle-income countries could average 85 million vaccination courses annually, with demand expected to be higher in the early years as high-burden countries seek to expand protection across multiple age groups.

“Novel TB vaccines could be the next blockbuster immunisation tool; however, they will only realise their potential if we can ensure sufficient, predictable and affordable supply for those countries with the highest disease burden,” Gavi Chief Executive Officer, Sania Nishtar, said.

Ms Nishtar said Gavi had begun working with partners to lay the groundwork for timely access to the vaccines and help countries secure the quantities they would need.

Gavi said an estimated 10.7 million people developed TB and 1.2 million died from the disease globally in 2024.

It said the burden fell overwhelmingly on low- and middle-income countries, with Gavi-supported countries accounting for an estimated 77 per cent of all TB deaths.

The alliance noted that the only currently licensed TB vaccine, Bacille Calmette-Guérin (BCG), was more than 100 years old.

It said that although BCG was effective in protecting infants and young children against severe forms of TB, its protection waned, highlighting the need for new tools to protect adolescents and adults.

Gavi said the new vaccine candidates were designed to prevent infectious pulmonary TB among adolescents and adults and could significantly strengthen existing efforts to control the disease.

It identified inadequate financing, uncertainty about demand, limited manufacturer capacity, and gaps in evidence as risks that could delay the introduction of the vaccines.