Fertilization results in an initial loss of soil C followed by depletion of soil C substrates and development of a distinct and active fungal community.
Within the dwellings of the more privileged, there was a trend towards the specialization of rooms, the separation of the public from the private sides of life, and the development of distinct spheres for women and children.
These findings suggest that the Danube has been an important southern refuge during glacial periods from which re-colonization and subsequent development of distinct genetic lineages was possible.
Differences in brain sources and activation patterns between young and older adolescents illustrate the continuing development and maturation of distinct neural systems for processing emotional facial expressions during adolescence and possible changes in emotion perception, experience, and reaction with age.
Age-related differences in brain activation patterns illustrate the continued development and maturation of distinct neural systems for processing facial expressions during adolescence and possible changes in emotion perception, experience, and reaction with age.
Differences in brain sources and activation patterns between young and older adolescents detected in this study provide preliminary evidence for the continued development and maturation of distinct neural systems for processing emotional facial expressions during adolescence and possible changes in emotion perception, experience, and reaction with age.
These data provide evidence for a specific interaction between the formation of proteoglycan related structures and the postnatal development of distinct subregions within the mouse neostriatum.
On the basis of the evidence provided by modern human hands, the fine tuning of manipulative adaptations during the evolution of Homo would have involved an increase of overall robusticity at the several manual joints, an increase in robusticity of the whole thumb, and especially the development of distinct palmar pads on the distal phalanges.
83 Germline mutations in BAP-1 have been described that predispose affected family members to uveal and cutaneous melanomas and development of melanocytic lesions with distinct clinical and histologic features.
The combination of the two approaches offers a valuable resource to decipher the contributions of specific miRNAs and miRNA clusters to the development of distinct ocular structures.
