This monument to "wise", controlled strength fulfills several functions, none of which is artistic at all.
When the coarsening was mainly controlled by the interface reaction the particle size distribution was broad and squat but, along with the enhancement of the rate-controlling strength of diffusion, it changed continuously to be narrower in shape and finally became the form suggested in previous research.
The regulated strength is inferred from NCA as shown in Table 2 and Additional File 1: Table S4, i.e. Ndd1 regulated on gene CHS2 has a control strength of 3.1035, and Fkh2 regulated on CHS2 has -1.9908.
With NCA, the significant TFs and their target genes were detected, the control strength of TFs to their target genes was recalculated, and the activities of the TFs were estimated.
It is customary to measure 2-DOG uptake in the absence of glucose or at a low glucose concentration to minimize the control strength of hexokinase relative to that for glucose transport.
It is difficult to assess whether our findings might be at variance with that study because the control strength of NEFA transport over NEFA utilization for TAG synthesis was not established.
These data may also support a developmental switch in the control strength of mitochondrial transfer RNAs and, in particular, mt-tRNAGlu in mitochondrial translation, suggesting that 16 30% steady-state levels of mt-tRNAGlu may have a profound effect on translation in muscle of neonates but may become less critical at later stages of development.
Taking logarithms, the equation (1) becomes: (2) log Er = CS log TFAr Where the matrix Er represents the expression values of genes at different measurement conditions, matrix CS is the control strength of each TF on each TG and TFAr represents the TFAs of all the TFs.
Biochemical analysis has determined that the metabolic control strength of pancreatic GK for glucose metabolism is near unity, a finding supported by results of gene expression studies that shows that the GCK gene exerts a dose dependent effect on glucose metabolism [ 2].
Formally: (1) E i (t ) E i (0 ) = ∏ j = 1 L T F A j (t ) T F A j (0 ) C S i j Where t represents the time stage, E i(t) is the gene expression level and TFA j t) is TF j's activities and cs ij reflects the control strength of TF j on gene i.
Thus the filopodial tip changes actin dynamics upon mechanical stimuli and could also control forces exerted to the substrate by controlling the strength of actin membrane links.
