The proportionality factor b ijk (b for binding) is equal to the l-summation in the middle term of eq 38 and relates the free and protein-bound concentrations of the chemical in the jth ionization degree and kth ion pair, which are present in the ith compartment.
At the root of the tree, we assumed that the number of binding sites was equal to the equilibrium-binding site number.
The dissociation constant (KD) of the immobilized BM1 ligand with GAO was found to be equal to 45.8 μM, whereas the binding capacity was equal to 709 U per ml adsorbent.
The Δ G/Δ G m value for these binding sites was equal to 90.9% and 90.7%, respectively.
In their reports, 500 mg lanthanum carbonate was equivalent to 750 mg calcium carbonate, 667 mg calcium acetate, and 800 mg sevelamer carbonate, the phosphorus-binding capacity of which was equal to aluminum carbonate and not affected by the intestinal pH level [ 26, 27].
The maximal interaction energy (Δ G m ) for miR156, miR157, miR170, miR171, and their families was equal to the binding energy of perfectly complementary sequences.
By XPS analysis the Ca/P ratio was equal to 1.61 and the calcium and phosphorus binding energies were compatible with hydroxyapatite and phosphate, respectively.
We're going to get to more complicated atoms eventually where we're going to have more than one electron in it, but when we're talking about a single electron atom, we know that the binding energy is equal to the negative of the Rydberg constant over n squared, so it's only depends on n.
Crucially, when a mix of all three mutants is substituted into the system, such that the molarity of PCNA1, PCNA2 and PCNA3 binding sites is equal to WT but all three sites are never on the same PCNA molecule, processing activity is not restored to WT levels, rather the maximal activity we observe is the same as the activity of the least impaired mutant PCNA ring (ΔP3).
It vanishes (neither helps nor hinders binding) when N is equal to Z (when the nucleus is "symmetric"), but then works increasingly to destabilize the nucleus as N and Z grow apart.
