Africa has the youngest population in the world with more than 400 million young people aged between the ages of 15 to 35 years. This is a generation filled with potential and the power to shape the c...

EXCLUSIVE: The legendary photographer has helped to highlight a crucial area of international research.

Following this #AfricaDay, we’re highlighting why malaria elimination must be recognised not only as a public health priority, but as a critical driver of Africa’s future growth, resilience, and prosp...

The UK is driving pioneering malaria research in areas including genetic engineering, vaccines, and medicines. In Tanzania, the scientists involved tell Nick Ferris why research to tackle the disease ...

DAR ES SALAAM: Tanzania, like many countries in Africa, has fought malaria for generations. Our existing tools, from insecticide treated nets to antimalarial medicines, continue to save millions of li...

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As World Malaria Day (25 April 2026) approaches, there is a renewed call to strengthen malaria education for communities across Tanzania, where the disease continues to have far-reaching health, socia...

As the world marks International Women's Day on 8 March 2026, Transmission Zero researchers, Karen Nelwin Zablon and Beatrice Philip Magani, discuss the importance of young women in science. In the fi...

President Samia Suluhu Hassan has stressed that the fight against malaria in Africa requires strong African leadership and stewardship, genuine ownership of programmes, and long-term political...

Our new study published in Nature marks a milestone for African-led innovation, as our researchers develop genetically modified mosquitoes capable of blocking malaria transmission in Tanzania.

An Imperial-led project has made a major advancement in developing gene drive modified mosquitoes to eliminate malaria transmission in Africa.

The rollout of a type of genetic technology called a gene drive for tackling malaria could be edging closer after a lab study supports its success

New Unitaid landscape report explores the potential of genetically modified mosquitoes to contribute to the fight against malaria, dengue and other infectious diseases.

How genetically modified mosquitoes and other strategies could dramatically reduce malaria transmission.

Synthetic biology: Hope for conservation requires keeping all options on the table.

In Tanzania, scientists have created a revolutionary mosquito that is incapable of passing along malaria. The project is called Transmission Zero, and you can read more about it now on Gates Notes: https://gatesnot.es/3HkuKup