By comparison with the spherulitic structure of homopolymers, that of the copolymers was coarser with internal and peripheral pockets of molten material during spherulite growth.
In the reptilian brain the hypothalamus appears to be the most important thermoregulatory structure, acting as a central processing station for thermal information received from internal and peripheral thermoreceptors.
The intensified interest in star polymers is attributed to their unique topological structures and attractive physical/chemical properties, including low viscosity in dilute solutions, encapsulation capability, internal and peripheral functionality, and enhanced stimuli-responsiveness.
The effortless ability of vertebrates to explore and exploit their environment is strongly correlated with the evolution of the most anterior part of their nervous system, the forebrain, where data from autonomic (visceral), limbic (emotive), and internal and peripheral sensors of the external world are combined to develop, decide, and deploy advantageous behaviors.
At the physiological concentration observed in stationary phase cells, the protein is always detected in internal and peripheral areas of the cell, in close proximity to the plasma membrane.
MC4100 Hfq− bacteria induced with 0.01% arabinose (a 10-fold higher arabinose level; Fig. 2B) or Hfq+ bacteria induced with 0.0025% arabinose (not shown) indicated that overexpression of the protein causes its accumulation in both internal and peripheral areas of the cell.
This pattern was highly concordant between internal and peripheral tissues (for example, for proximal promoters ORP = 0.70 and ORI = 0.68, P < 10-5).
Each plate also included a no-template control, a set of reference methylation standards, and three replicates of internal control peripheral blood DNA to allow for assessment of inter-assay variability.
To correlate the internal structure of peripheral pulmonary lesions, as visualized by endobronchial ultrasonography (EBUS), and the histology of the surgical specimen to develop a classification system for distinguishing benign from malignant lesions by EBUS.
Internal foci and peripheral rim of low signal on T1-weighted and T2-weighted images correspond to calcifications seen on axial CT image (c).
