The adaptive enzyme generated by MZ by exposure to each of the different substrates is identical irrespective of the allele or the inductor; the negatives fail to respond adaptively to the inductors indicated.
Although their underlying synaptic substrates are identical, gamma activity nevertheless provides little information about grid firing or the presence of underlying network attractor states.
Fifth, a related single-stranded RNA substrate and the SRL substrate have similar pH−rate profiles, suggesting that these substrates have the same rate-limiting step, and the k2 values for restrictocin cleavage of the ssNA and ssRNA substrates are identical.
The NK-ESEEM time-waves for the intermediates trapped during turnover with the corresponding N and N isotopologues of N2H2, N2H4, and HN2CH3 substrates are identical at all fields, indicating that they are associated with a common intermediate, denoted H, trapped during turnover with all three substrates.
Despite the fact that these substrates are identical in length (21 bp), on RND we observe a slower migrating band, suggesting this complex is different from those formed on either TeloA, RPG, or HMRE, each of which contains a recognition sequence.
Numerical calculations are performed for the case that the layer and the substrate are identical LiNbO3 except that they are polarized in opposite directions.
The substrate was identical to that of the parent digester, i.e. municipal waste supplemented with egg albumin, with (DTE37, DTE42) or without (D37, D42) TE addition.
In the modern and ancestral MDHs, all residues within the first shell of the active sites (within 6 Å of the substrate) are identical, and the active site conformations are correspondingly highly similar.
