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Olivier Kirchhoffer

Senior Scientific Editor

About Olivier

Medicinal chemist by training, Olivier is a young researcher driven by his enthusiasm about scientific progress. He believes in the interdependence of science and politics, while recognising that it is the scientist’s responsibility to adapt his speech to his audience. Olivier loves to debate about politics when he is not at work, but he is also convinced about the strength of arguments that are backed by science.

Olivier is the editor of 4 Breaks:

Blocking protein folding to fight antibiotic resistance

Antibiotics are the cornerstone of modern medicine, but their effectiveness is threatened by the growing problem of antibiotic resistance. Recent research has identified a new strategy with the potential to restore the effectiveness of a range of currently used antibiotics, including drugs of last resort.

May 13, 2022 | 4 min read
Unveiling the secrets of ancient Egyptian ink

At the dawn of recorded history, ancient Egyptians already used different colors of inks to highlight important messages on papyri. We studied the composition of 12 red and black inks on ancient Egyptian papyri (c. 100–200 CE) and were able to detect different lead-containing compounds in both red and black inks, revealing that lead was used as a dryer rather than a pigment.

Dec 22, 2021 | 3.5 min read
Equalizing strength among sexes: generalized intersexuality in female moles

Female moles develop as intersexual – they have ovotestes, containing both ovary and testicular tissues. Ovotestes produce testosterone that makes female moles stronger and more aggressive, so that they can survive a demanding underground lifestyle. We sequenced the mole genome and discovered that the shuffling of large DNA segments directed mole’s evolution towards intersexuality.

Oct 4, 2021 | 3.5 min read
An artificial intelligence platform accurately diagnoses dystonia

Dystonia is a debilitating neurological disorder that severely impacts patient’s quality of life. Its diagnosis is challenging partly due to the absence of a measurable indicator. Some patients may go undiagnosed for up to 10 years. We show that artificial intelligence can identify changes in the brain and provide an objective and accurate diagnosis of dystonia in less than a second.

Jul 5, 2021 | 3 min read