Introduction

The eNanoMapper ontology is developed by the NanoCommons project to be used as common language for the nanosafety community [[Hastings2015]]. The ontology contains terms for, for example, titanium dioxide and zinc oxide, but the encourage the data and knowledge exchange for the JRC representative industrial nanomaterials, we have added them to the ontology specifically.

The below table does not show where in the hierarchy the terms are found This can be looked up by clicking the eNanoMapper IRI link. The links provided for the ontology IRIs point to BioPortal [[Noy2009]], which will show the superclasses, which are more general concepts.

The table below also provides corresponding Compact Identifiers, based on a new US-EU standard [[Wimalaratne2018]]. These identifiers can be used in written materials (deliverables, research papers, etc) to identify the JRC nanomaterial.

One material has now been identified as having been assigned a European Registry of Materials [[VanRijn2022]] identifier. This is listed in the last column.

Use of JRC identifiers in literature

Because the JRC identifiers themselves are already very easily recognized in text, they can be found with text search approaches. The resulting links between JRC identifiers and the articles they are found in have been added to Wikidata, and here visualized with Scholia [[Nielsen2017]] (full info here):

Number of publications per year

Latest 10 publications

Latest liteature newsfeeds for the JRC materials

Newsfeeds are technologies to "register" for a particular feed, providing news about a topic in a newsreader [[MurrayRust2004]]. Feedly is an example, which grew massively after Google Reader ceased to exist. RDF Site Summary (RSS) feeds were a common technology, later complemented by Atom. Scholia makes RSS feeds available with literature specific about the JRC materials, which is summarized in the above section. Each of the below RSS links can be opened in your favorite news aggregator.

Of course, you can also just follow the RSS feed for recent literature about any JRC representative industrial nanomaterials.