We electroporated Sp+/+ and Sp Δ/Δ cortical neurons with an EB3-GFP construct and monitored the behavior of this fusion protein, which appears as moving comets within axons (Stepanova et al., 2003), by time-lapse videomicroscopy at DIV6 (Fig. 5 and supplementary material Movies 2 5).
Next we show that the decision-making function of Equation 12 achieves accurate consensus asymptotically and overcomes the asymptotic memoryless behavior of the traditional fusion approaches.
The binding behaviors of these fusion proteins and the native protein subunits are consistent with cooperative linkage between protein-association and DNA-binding equilibria.
The present finding would be helpful to understand the behavior of membrane fusion under the late endosomal pH condition in cell system.
Moreover, the steady-state behavior of the proposed distributed fusion filter is analyzed.
However, achieving the maximum gain from these methods requires that the behavior of the fluorescently-tagged fusion protein accurately represents that of the native protein.
In universities, various fundamental researches have been conducted, including tritium permeation, simulation of tritium behavior in the fusion reactor system, tritium contamination and decontamination, tritium measurement, tritium interaction with materials, and tritium trapping on the surface of various fusion reactor components.
Key issues are identified and discussed to help guide future R&D, including fabrication, joining, material behavior under the fusion environment and impact of design choice on reliability.
However, we illustrated the behavior of cMEM fusion on two clinical cases.
Gamma-ray diagnostics are considered of crucial importance for understanding the plasma behavior of next fusion devices.
