One neuron, many units?

cancer: one disease, many unmet needs

no abstract

One world, many pathogens!

Many Languages, One Parser

We train one multilingual model for dependency parsing and use it to parse sentences in several languages. The parsing model uses (i) multilingual word clusters and embeddings; (ii) token-level language information; and (iii) language-specific features (finegrained POS tags). This input representation enables the parser not only to parse effectively in multiple languages, but also to generalize...

One gene , many phenotypes

Phenotype descriptions are valuable information right at the interface of medicine and biology. With the rapid advancement in the fi eld of genetics, thousands of genes involved in human diseases have been cloned. It was expected that knowledge of mutations would lead to consistent genotype-phenotype correlations. The understanding of mechanisms underlying genotype-phenotype discrepancies is im...

One accident too many?

How did he die? This is a frequent question asked of bioarchaeologists when examining skeletal remains and in most cases the answer eludes us. Perhaps a more plausible question would be ‘how did he live?’ but even then there are limitations to the interpretation of trauma and disease in ancient skeletal remains, particularly episodes of trauma. Healed traumatic lesions, in addition to dental di...