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Exact(7)
The structures of proteins and other biological molecules are determined by the delicate balance between several molecular interactions [1 3].
These parameters for organic molecules are determined by the following simple equations : E I I P = 0.25 Z * sin (1.
Diffusion coefficient, adsorption and desorption rate constants of different sized chemical linkers and nucleic acid molecules are determined based on the changes of the measured resonance angle.
The identity of the sites, adsorption energies and orientations of the adsorbed molecules are determined by molecular dynamics calculations based on quantum chemical potentials, as well as density functional theory.
Diffusion coefficients, as well as adsorption and desorption rate constants of different sized chemical linkers and nucleic acid molecules are determined based on the rate of change of the measured resonance angle.
Diffusion coefficients and adsorption and desorption rate constants of different sized chemical linkers and nucleic acid molecules are determined based on the rate of change of the measured resonance angle.
Similar(53)
The kinetic parameters for four acceptor molecules were determined.
In the first step, a series of possible precursor molecules is determined for the target molecule.
The equilibrium geometries of the molecules were determined by means of the gradient technique.
The absolute configurations of these chiral molecules were determined by a circular dichroism method.
The field-effect mobilities of these molecules were determined by fabricating thin film transistors.
More suggestions(15)
genes are determined
particles are determined
models are determined
species are determined
composites are determined
pathways are determined
compounds are determined
atoms are determined
molecules are entrained
molecules are called
molecules are loaded
molecules are continuing
molecules are dissolved
molecules are depicted
molecules are linked
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com