Body composition data for Lexicon's first 2322 KO lines have been published.
Additional data for Lexicon's Wnt16 KO mice are provided in Supplemental Table S2, as part of the Wnt16/Sfrp4 double KO (DKO) study described below.
Here, we take advantage of an entirely independently obtained large-scale set of lexical decision data (British Lexicon Project [BLP]; Keuleers, Lacey, Rastle, & Brysbaert, 2012), to try and resolve these questions.
Bone data for Lexicon's Tph1 KO mice (males at 4 and 7 months plus females at 7 months), along with independent data obtained in multiple cohorts of male and female KO mice from 3 through 6 months of age, have been presented.
The objective was to allow interoperability based on the ATLAS Interchange Format, an abstract XML representation in standoff form suitable for 'linear signals (text, speech) indexed by intervals (i.e. annotation graphs), images indexed by bounding boxes, and additional generic representations for other data classes (lexicons, tables, aligned corpora)'.
A word-based LM (f-W) is a baseline LM which includes all word units in the training data in its lexicon.
The Yale/Harvard and Lexicon data are being prepared for a joint publication.
In addition to these factorial experiments, a number of recent studies have been conducted to explore factors that influence lexical processing based on a large database of behavioural data-the English Lexicon Project (ELP) (Balota et al., 2004, 2007; New et al., 2006).
Including Lexicon's data, three independent laboratories have presented data in abstracts showing bones from Sfrp4 KO mice have increased trabecular bone mass, elevated cortical bone diameter and reduced cortical bone thickness.
Breast imaging reporting and data system standardized mammography lexicon: observer variability in lesion description.
