Researchers at Cancer UK have slowed down tumour growth by simply feeding mice that carry human tumour xenografts with mannose instead of glucose.

An invasive front of highly aggressive tumour cells (in green). Confocal microscopy image. © Alexandra Avgustinova, IRB Barcelona

Researchers at IRB Barcelona report that tumours may become more aggressive following treatment with drugs that inhibit epigenetic factors.

MCC950 blocks the activation of the NLRP3 inflammosome. © Inflazome

Inflammosome inhibitor specialist Inflazome Ltd has raised €40m in a Series B financing led by Forbion with co-investors Longitude Capital, Novartis Venture Fund and Fountain Healthcare Partners.

The European Commission's Chief Scientific Advisors presented a review of "New Techniques in Agricultural Biotechnology" in 2017. © EC

The EU Commission’s Chief Scientific Advisors urge the Commission to revise the EU’s GMO Directive in order to harness gene editing.

© 123rf.com/ ktsdesign

Boehringer Ingelheim and Epizyme, Inc. will collaborate in the field of small molecule cancer drugs that target unaddressed epigenetic targets within the helicase and histone acetyltransferase families.

© 123rf.com/Sorapop Udomsri

Researchers at University of Göttingen, Germany, have identified nerve excitability of motor nerve cells trigger restless legs syndrome.

Human respiratory syncytial virus, HRSV. Transmission electron microscopy, negative staining. Bar = 200 nm. © Hans R. Gelderblom (2002)/RKI

AstraZeneca plc has sold US rights to its off-patent blockbuster drug Synagis (palivizumab) and a 50% share on future earnings of its Phase II RSV-prophylactic follow-on antibody MEDI8897 to Swedish Orphan Biovitrum AB.  

MoA of Amal's cancer vaccines. © Springer Link, Cellular and Molecular Life Sciences

Swiss Amal Therapeutics S.A. (Geneva) has raised €21.2m in a series B follow-up financing.

Medical illustration of S. pneumoniae. © CDC

Antimicrobial resistance (AMR) has increased by 32% since 2007 in Europe, according to a brand new report. 

A new method developed by Swiss, Danish and British researchers allows to detect hard-to-trace tumour-derived DNA in the blood (or ctDNA).