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Richard Benton and Ben Lehner awarded EMBO Gold Medal 2016

Contributed by: EMBO

Heidelberg, 25 May 2016 – EMBO is pleased to announce Richard Benton of the University of Lausanne, Switzerland, and Ben Lehner of the Centre for Genomic Regulation (CRG), Barcelona, Spain, as the recipients of the EMBO Gold Medal 2016. The EMBO Gold Medal, endowed with EUR 10 000 each, is awarded annually to young scientists for outstanding contributions to the life sciences in Europe. The award ceremony will take place on 11 September 2016 at The EMBO Meeting in Mannheim, Germany.
Richard Benton was awarded the EMBO Gold Medal 2016 for his work on olfactory perception in insects. There are many similarities between the organisational structure of the neural systems underlying olfaction in insects and vertebrates. However, Richard Benton and his colleagues found that the molecular basis for recognizing smell is different. He showed that insect odorant receptors, the molecular detectors of scent, define a novel class of genes, with evolutionary roots in the common ancestor of animals and plants. He discovered a second family of odorant receptors – the fly’s “second nose”, as he called it – that belongs to a group of proteins previously thought to function only in the communication between neurons (1).

Building on these discoveries, Richard Benton expanded his research to related fields. “Richard Benton has been praised by the referees for his courage and perseverance in challenging dogma regarding odorant receptors, while also contributing to behavioral ecology and evolutionary biology,” said Maria Leptin, EMBO Director. Insect olfaction provided an ideal model to explore the evolution of new genes as there is a strong pressure to cope with an ever-changing olfactory environment. In addition, Richard Benton and his group have made discoveries in the field of behavioral biology addressing, for example, how chemosensory and mechanosensory pathways interact to elicit collective behaviors (2).

Ben Lehner received the EMBO Gold Medal 2016 for his contributions to understanding the origins of phenotypic diversity in development and evolution. People differ from each other and this is, according to textbook knowledge, due to differences in genetics as well as environment. However, working with the roundworm C. elegans, Ben Lehner discovered another player in the game. Genetically identical worms grown in the same environment may nonetheless not look identical. He showed that this can be explained by stochastic variances in gene expression early in development (3). Extrapolating to humans, this means that it may not be possible to predict disease outcomes from genome analysis alone. Gene expression levels need to be taken into account.

Ben Lehner then continued on the general theme of genotype-phenotype relations, pursuing a diverse array of questions. “Ben Lehner has impressed the award committee with a very broad research interest, ranging from the genetics of cancer, to evolution, circadian oscillations, and the dynamics of gene expression networks,” commented Maria Leptin. Part of his work has focused on the question why different cancers accumulate different mutations. Ben Lehner and his team found that regions of active gene expression have a lower mutation rate due to a repair mechanism that works more efficiently in these regions (4).

1. Benton et al. (2009). Cell 136(1): 149–162. doi:10.1016/j.cell.2008.12.001
2. Ramdya et al. (2015) Nature 519(7542): 233–236. doi:10.1038/nature14024.
3. Burga, Casanova, Lehner (2011). Nature 2011 480(7376):250-3. doi: 10.1038/nature10665
4. Supek, Lehner (2015). Nature 521(7550): 81–84. doi:10.1038/nature14173




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Life Sciences
Record Number: 133214 / Last updated on: 2016-05-26
Category: Scientific advances
Provider: WIRE
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