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Cardiac Drugs Against Cancer: Deciphering Their Action in the Cell

Cardiac Drugs Against Cancer: Deciphering Their Action in the Cell

Cancer researchers at the LBMCC lab in Luxembourg have identified the mechanism of action of a new anticancer drug

A family of naturally occurring plant compounds traditionally used to treat cardiac problems has also shown powerful effects...

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Early downregulation of Mcl-1 regulates apoptosis triggered by cardiac glycoside UNBS1450

Claudia Cerella Florian Muller Anthoula Gaigneaux Flavia Radogna Elodie Viry Sébastien Chateauvieux Mario Dicato Marc Diederich

Published in Cell Death and Disease

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Les digitaliques, du cœur au cancer

Les digitaliques, du cœur au cancer

Des chercheurs contre le cancer au laboratoire LBMCC à l’hôpital du Kirchberg ont identifié le mécanisme d’action d’un nouveau médicament anticancéreux.

Une famille de composés naturels végétaux utilisés traditionnellement dans le traitement de maladies cardiaques s’avère avoir...

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Early downregulation of Mcl-1 regulates apoptosis triggered by cardiac glycoside UNBS1450

Claudia Cerella Florian Muller Anthoula Gaigneaux Flavia Radogna Elodie Viry Sébastien Chateauvieux Mario Dicato Marc Diederich

Published in Cell Death and Disease

7313 1
Enhanced Repository from MyScienceWork Gives Lab LBMCC a Visibility Toolkit
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Epigenetics & Cancer: When Cells Refuse to Fade Away

Epigenetics & Cancer: When Cells Refuse to Fade Away

How DNA methylation could let leukemia cells avoid normal end-of-life senescence

Cells, like people, are meant to grow old and die. The fact that cancer cells are able to break this rule, avoiding the perio...

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5-aza-2′-deoxycytidine-mediated c-myc Down-regulation Triggers Telomere-dependent Senescence by Regulating Human Telomer...

Cindy Grandjenette Michael Schnekenburger Tommy Karius Jenny Ghelfi Anthoula Gaigneaux Estelle Henry Mario Dicato Marc Diederich

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