Nevertheless, our observations from operating the device in CW mode suggest the presence of a significant heating effect.
As the concentration became higher, the time intensity correlation functions (ICFs) exhibited two modes, suggesting the formation of larger aggregates in addition to the cooperative mode.
Moreover the most relevant modes suggested the presence of a hinge between the second and third domain, responsible of most of the protein flexibility and causing large displacements of the third domain.
This large difference in the mapping rates between the two modes suggests the incompleteness of gene models: there are many reads that were mapped to the genomic regions without annotations.
Based on the harvested energy pattern and energy loss during storage, the transmitter operates in HUS mode, suggesting that the decision device should optimize the scheduling of the energy that stored in or drawn from the battery for data transmission.
The coseismic, and subsequent postseismic, deformations of the foreshock can be described by a single mode, suggesting that the extent of the source for both events must be similar.
For these two melting processes, the two primary modes of melting had similar time scales (∼15 s for slow mode and ∼1.4 s for the fast mode), suggesting that the kinetics of DNA melting was independent of destination.
The cocrystal structure of H47 17K8acK12ac with BRD4(1) revealed a canonical monoacetylated recognition mode, suggesting that the H49 11 linker sequence is not suitable for a simultaneous recognition of the two Kac by a single BRD.
Analysis of the response of GP neurons to current injection in the whole-cell mode suggested that the neurons in the rat could be divided into three groups.
The experiments conducted in the galvanodynamic mode suggested that the rate limiter for hydrogen oxidation was the availability of surface hydrogen at the anode/electrolyte interface.
