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Wellcome Trust


New malaria maps to guide battle against the disease

The new malaria maps provide unprecedented detail on the current global pattern of the disease, allowing researchers to track changes over time. The maps reveal complex variations in malaria risk across the globe, highlighting the need for targeted resources and tailored approaches to controlling the disease.

SourceWellcome Trust·JournalMalaria Journal·DateJan 23, 2012

Premature aging caused by some HIV drugs, study shows

Researchers found that patients treated with antiretroviral drugs, particularly NRTIs, develop damaged mitochondria similar to those of aged individuals. This damage accelerates the accumulation of errors in mitochondrial DNA, leading to premature aging. The study highlights the need to repair or stall this damage and explores the pote...

SourceWellcome Trust·JournalNature Genetics·DateJun 26, 2011

Falling on deaf ears

Researchers at UCL discovered 'inattentional deafness' when participants focused on tasks requiring high concentration. In experiments, only 2 out of 10 participants missed the tone when judging colors, but 8 out of 10 failed to notice it during length-discrimination tasks.

Wellcome Image Awards 2011

The Wellcome Image Awards 2011 highlight the diversity of images available through the Wellcome Library's image repository. The winners use various techniques to capture the wonder of medicine and the life sciences.

Pregnant, constipated and bloated? Fly poo may tell you why

Researchers used fruit flies to investigate the function of intestinal neurons, finding that they regulate appetite and adjust water balance during reproduction. Intestinal changes triggered by reproductive hormones may provide a benefit in terms of nutrient absorption but could come at a cost: shorter lifespan.

SourceWellcome Trust·JournalCell Metabolism·DateJan 4, 2011

Seeing the world differently

Researchers found that individual volunteers' perceptions of optical illusions varied greatly due to differences in brain size. The primary visual cortex area affects the extent to which we see visual illusions.

SourceWellcome Trust·JournalNature Neuroscience·DateDec 5, 2010