It's an approach that has been shared across East Asia.
These key tools, approaches, methods and research findings have been shared with the wider chemical community as part of the efforts to promote responsible chemical stewardship globally.
In Oldham our approach has been that if the costs of failure are shared, then the responsibility for finding solutions should also be shared.
Such an approach has been successful in showing the shared contribution of DCDC2, KIAA0319, FOXP2, CNTNAP2, among others, to both RD and LI (Eicher & Gruen 2013; Graham & Fisher 2013; Newbury et al. 2009, 2011; Pinel et al. 2012; Rice et al. 2009; Scerri et al. 2011).
But, he points out, this approach has been tried with illegal file sharing sites and has largely failed.
To overcome these difficulties, a multigene approach has been undertaken to differentiate between a shared or species-specific WGD in the legumes Glycine max and Medicago truncatula[ 16] and a phylogenomics approach to correctly date proposed WGDs early in plant evolution [ 14].
The shared random effects approach has been described as "a very intuitive appeal to biomedical researchers who generally believe that there may be some latent quantity underlying a person's susceptibility to both disease and death" [ 13].
This approach has been contentious.
That approach has been scrapped.
That approach has been rewarded.
Our approaches have been used to share and secure some of the most prominent 3D model archives of cultural heritage works.
