The real-time observations uncovered the origin of the switching asymmetry and further clarified the importance of charged domain walls and the interfaces with electrodes in the ferroelectric switching processes.
Recently reported structures of the PIDDosome, the FAS FADD complex, and the Apaf-1 Caspase-9 complex highlighted the importApaf-1 Caspase-9surfacomplexhighlightedD and CARD intheactimportance
We corroborate the importance of charged residues in bacterial signal sequences and emphasize their position near the N-terminus as possible regularity.
The crystal structure of the complex between adrenodoxin and adrenodoxin reductase further confirmed the importance of charged Asp and Glu residues on the surface of ferredoxin in the formation of the complex.
Studies in yeast, where the sequence of the AAC2 transporter is highly similar to that of ANT1, have provided functional information about the molecular mechanism of ADP/ATP transport by ANT1, showing the importance of charged residues.
Taken together, the data in yeast and humans indicate the importance of charged residues in general, and Lys23 in particular, with respect to the ability of ANT1 to translocate adenine nucleotides.
Importance of charge transfer changes between Co/Rh and Sb atoms and their relation to the band structure were highlighted.
Quantitative in vivo studies confirm the importance of charge and show for the first time the importance of size in affecting CND biodistribution and excretion.
In this work, the importance of charge sharing in pixellated CdTe and silicon detectors is studied by exposing imaging devices to different low activity sources.
Usually, miRNA binds to multiple mRNA targets [88, 89] and, by such binding, can "label" mRNA to be degraded or translated into protein in an attenuated fashion making it extremely difficult to evaluate the importance of charges in expression [88, 90].
