Additionally, from electro-migration stand-point, the framework allows calculation of the exact RMS and 'recovered' average current for every metal segment internal to the circuit, thus making it practically a universal model for aging analysis.
The extension of the segments across the gut (Figure 3A, C) and the presence of darker areas delimiting each segment indicate that these latter structures are unlikely to be internal mesenteries but are integral to the segments.
In fact, we show in Fig. 10 that the internal segments located at the two boundaries have larger fluctuation because they have more freedom to fluctuate compared to the segments inside the chain.
One subpopulation expresses the D1 dopamine receptor, dynorphin, and substance P, and projects to the internal segment of the globus pallidus (the "direct pathway") while another expresses the D2 dopamine receptor and enkephalin and projects to the external segment of the globus pallidus (the "indirect pathway").
While in primates the control signals of the direct, indirect, and hyperdirect pathways all project to the internal segment of the globus pallidus (GPi), the primary output of the basal ganglia, it remains unclear whether these signals converge on the same pool of neurons or run in parallel of each other.
A range of inter-subtype reassortment rates was found with respect to the internal segments of Eurasian AIV.
The other six are internal gene segments: the first three segments encode the viral polymerase complex: PB2, PB1 and PA, and segment 5 encodes the nucleoprotein (NP).
The main difficulty is the secure fixation of the internal transport construct to the bone transport segment, particularly if this is small and osteopenic.
Centre point thickness was automatically evaluated using the software within the Copernicus and was defined as the distance between internal limiting membrane (ILM) to the inner segment/outer segment junction (IS/OS) junction.
These methods gradually form the comprehensive analytical method that applies the beam-spring model to calculate the overall internal force of segment structure, and the shell-spring-contact model to precisely analyze the space stress distribution of the block structure.
We model the confinement effects by quadratic potentials and show that one can use the existing theories for end-to-end extension/fluctuation to describe the internal segments of the DNA when the contour length of the polymer is many times larger than its persistence length.
