Sentence examples for macroscopic dissociation from inspiring English sources

The clustering lowers the macroscopic dissociation constant KD [51].

AAG associates with ssDNA, and single-stranded segments appear to decrease the rate of macroscopic dissociation.

It is established that the macroscopic dissociation constants at the N- and C- terminal differ by an order of magnitude.

A critical aspect of Ca2+-CaM-target Ca2+-CaM-target Ca2+-CaM-targetof the assembly and the alterations of macomplexic dissociation constants formationat isdividual sithe, depending orderether CaM is bofnd thethe tassemblyotein.

The Ca2+-CaM interaction properties are tuned by the target proteins and characterized not only by the macroscopic dissociation constant set for Ca2+ sites, but also by the macroscopic cooperatively altered dissociation constants that are also unique to the CaM binding proteins.

We assumed that all concentration response curves were Hill functions with Hill parameter 1: f A([ A]) = α A[ A]/(K A + [ A]), where K A is the macroscopic dissociation equilibrium constant [equivalent to the effective concentration causing 50% of maximal response (EC50)], and α A is the maximal effect level of the ligand in the tissue or system under study.

HSQC and pulsed-field-gradient NMR diffusion experiments also show that gal-1 binds GRG with a gal-1 GRG gal-1 GRGetry of about 5:1 (or 6:1) and with average macrostoichiometrycrofcopic equilibrium dissociabout constants (Kd) of 8×10−6 M and 40×10−6 M (or 48×10−6 M) respectively, indicating stronger binding than to lactose (Kd=5 1×10−6 M).

Most of the time these microscopic dissociation events do not proceed to full macroscopic dissocation and instead culminate in rebinding to a nearby site on either strand of the duplex.

Ca2+ binding to Lig A9 and A10 was driven by favorable enthalpy and unfavorable entropy with over-all dissociation constants (Kd) of 1.6 µM (KA is macroscopic association constant; KA1 = 1.5×105; Kand2.7×106) and 3.6 µM (KA1 = 4.7×104; KA2 = 1.6×106) respectively as listed in Table 1.

"Dissociative fugue is the rare bird of dissociation, but dissociation as a phenomenon is very common," he said.

In this paper we investigate the applicability of macroscopic rate laws for fluctuating enzyme systems in which catalytic transitions are slower than ligand binding-dissociation reactions.