Researchers, led by Denis Lafontaine from Universite libre de Bruxelles (ULB) in Belgium, discovered that this compound triggers the activation of an anti-tumoral surveillance pathway.
They established that this compound, an alkaloid named haemanthamine, binds to the ribosome.
Ribosomes are nanomachines essential to the survival of our cells because they synthesise all our proteins.
To sustain their unrestrained growth, cancer cells rely on increased protein synthesis.
They are therefore particularly sensitive to treatments that inhibit the production and the function of ribosomes.
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Haemanthamine also inhibits the production of these nanomachines in the nucleolus (the "ribosome factory").
This nucleolar stress triggers the activation of an anti-tumoral surveillance pathway leading to the stabilisation of the protein p53 and to the elimination of cancer cells, researchers said.
The study provides for the first time a molecular explanation to the anti-tumoral activity of Daffodils used for centuries in folk medicine.