Scientists uncover multiple sclerosis gene origins
Izzie Farrance reports on the new finding that genes contributing to multiple sclerosis may have spread due to ancient population migrations.
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Small molecules with great potential: An exciting advance in type 1 diabetes research
Sophie Basarrate reports on two new studies which suggest that pancreatic B cells may regenerate, and the applications it has for diabetes.
Climate change and diseases: How does it end?
Gracie Forrest explores how climate change can exacerbate disease, and the disparity of this effect between countries.
Balancing hope and hesitation: A closer look at Tofersen approval for ALS
Niamh Walker reports on a recent, controversial decision by the FDA to approve Tofersen for ALS treatment.
Human transmission of mpox occurred for years prior to 2022 outbreak
George Rabin discusses new research suggesting that human-to-human mpox transmission began in 2016 at the latest, prior to the 2022 outbreak.
PROTACs: Targeting breakdown of specific proteins to treat diseases
Felicites Rapon explores the advantages of PROTACs over small molecule inhibitors in addressing cancer treatment and drug resistance.
The mystery of the Guam disease
Angelina Shcherbakowa delves into the enigma of Guam’s lytico-bodig disease, attempting to trace its potential origins.
Not just for our planet’s sake: The human health cost of climate change
Climate change has more negative outcomes than we think, argues Natalie Stevenson, explaining how it affects human health.
ME/CFS: The fatigue that sleep can’t shake
Megan Stoker reviews the current medical understanding of the enigmatic condition ME/CFS, commonly known as chronic fatigue syndrome.
For Queen and Colony: How ants stop disease outbreaks
Sophie Berdugo discusses how, much like the self-isolation we have become accustomed to during the COVID-19 pandemic, ants also adopt self-isolation techniques to stop the spread of fungal infections.
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