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King's College London


Activating tooth regeneration in mice

Researchers at King's College London found that Wnt signalling can be activated to revive a rudimentary dental lamina (RSDL) in mice, allowing for the formation of additional teeth. This breakthrough demonstrates potential for tooth replacement and provides insights into mammalian evolution and trait restoration.

SourceKing's College London·JournalDevelopment·DateFeb 20, 2019

Breathlessness treatments do reduce patient distress

A new study from King's College London found that breathlessness-focused services can significantly reduce patient distress and symptoms of depression. These holistic services, which combine palliative care and self-management strategies, empower patients to take control of their breathlessness and improve their quality of life.

SourceKing's College London·JournalThorax·DateNov 29, 2018

Parental 'feeding styles' reflect children's genes

Research from King's College London and UCL found that parents' feeding practices are shaped by their child's natural body weight, which is influenced by genes. Parents of children with a higher genetic predisposition to weight tend to be more restrictive, while those of children with a lower predisposition are more pressuring.

SourceKing's College London·JournalPLOS Genetics·DateNov 20, 2018

Social awkwardness scuppers standing meetings

Research from King's College London and Brunel University London found that standing in meetings can be difficult due to social pressure, with participants feeling awkward about breaking rules. However, some reported increased engagement and motivation when standing, and suggested ways for employers to encourage active meetings.

SourceKing's College London·JournalPLOS ONE·DateJun 26, 2018

Sleeping for longer leads to a healthier diet

A King's College London study found that extending sleep hours by up to 1.5 hours per night resulted in a 10-gram reduction in reported free sugar intake. The researchers also noticed trends for reduced total carbohydrate intake among participants in the sleep extension group.

SourceKing's College London·JournalAmerican Journal of Clinical Nutrition·DateJan 9, 2018

Researchers uncover the source of diabetic pain

A new study from King's College London reveals the molecular basis of chronic nerve pain in diabetes, identifying HCN2 as a key player. The findings suggest that targeting this protein could lead to effective treatments for painful diabetic neuropathy, a condition affecting up to one in four people with diabetes.

SourceKing's College London·JournalScience Translational Medicine·DateSep 27, 2017