HEPA and PARSE

HEPA and PARSE

The effective discovery of tumor-specific antigens (TSAs) holds the key for the development of new diagnostic assays and immunotherapeutic approaches against cancer. Here, we discuss our recently developed technologies, HEPA and PARSE, which allow for the systematic identification of TSAs, generating a reservoir of immunologically and clinically relevant targets.

HEPA EXHAUST FILTER IV HEPA SUPPLY FILTER I / All

A microbiological survey of the effectiveness of class II (laminar flow) 'safety' cabinets found in the UK in the last six years is recorded. Only two of the nine units tested approached the containment of aerosols achieved by a good class I (exhaust protective) cabinet. The others were potentially hazardous if used with pathogenic material. The National Sanitation Foundation and the British St...

To Parse or Not to Parse to Parse or Not to Parse

Writing meta interpreters is a well-known technique to enhance the expressive power of logic programs. However, the resulting interpretation overhead considerably slows down program execution. A natural approach to solving this eeciency problem consists in specialising the interpreter with respect to a given object program, thus removing the overhead. Fully achieving the latter goal however, tu...

To Parse or Not To Parse ( Extended

HamleDT: To Parse or Not to Parse?

We propose HamleDT – HArmonized Multi-LanguagE Dependency Treebank. HamleDT is a compilation of existing dependency treebanks (or dependency conversions of other treebanks), transformed so that they all conform to the same annotation style. While the license terms prevent us from directly redistributing the corpora, most of them are easily acquirable for research purposes. What we provide inste...