Your English writing platform
Discover LudwigSuggestions(2)
Exact(2)
In the final example covered in this section, protein stabilization by antibody binding was described by Tiyanont et al. who monitored protein dynamics during activating- or inactivating-antibody binding to the regulatory region of human Notch3.
In that work, the authors designed a synthetic, bistable gene circuit based on the predictions of a simple mathematical model consisting of two ordinary differential equations where the repressor binding was described by Hill functions.
Similar(58)
PHD2 enzyme deactivation due to PHI-1 binding is described by an inhibitory direct effect model.
Protein binding is described by the equation fm = (Km × [L])/{1 + (Km × [L])} where fm = fraction bound-protein, Km = equilibrium constant derived from Gm = binding free-energy, and L = lipid.
This binding site was described by the authors on the β-lg dimer interface, binding 2 mol of palmitate per dimer of β-lg with an affinity constant in the order of 10 M−10
The binding pocket was described by five 0.5 Å spacing potential grid maps, representing van der Waals potentials for hydrogens and heavy atoms, electrostatics, hydrophobicity, and hydrogen bonding.
The burst of Ca2+ into the cytoplasm of STIM2-ORAI1 cells after STIM-independent ORAI1 induction attributable to 2-APB binding to the channel was described by Putney's group [34].
Previously, tissue binding of this radioligand was described by the retention parameter calculated from the ratio of the 80 min value divided by the maximal value of the impulse response function.
Photolabelling of [H]-azidopine was described by a single binding site; however, the labelling was reduced by vinblastine and cyclosporine A in a non-competitive manner.
One of the first multiplex ACPA profiling assays, protein/peptide microarrays on which antibody binding was detected by fluorescent secondary antibodies, was described by Hueber and coworkers [ 38].
[11C](R -PK11195 binding could be descR -PK11195TCM which was the preferred model.
Write better and faster with AI suggestions while staying true to your unique style.
Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com