 Here we present an efficient method for determining protein structures from experimental NMR NOESY distances , by combining the ScaledASD algorithm with several afterwards procedures including chirality refinement, distance lower (upper) bound refinement, force field-based energy minimization (EM) and water refinement.
<fluency>  Here we present an efficient method for determining protein structures from experimental NMR NOESY distances , by combining the ScaledASD algorithm with several afterwards procedures including chirality refinement, distance lower (upper) bound refinement, force field-based energy minimization (EM) and water refinement.
 Here we present an efficient method to determine protein structures based on experimental NMR NOESY distances , by combining the ScaledASD algorithm with several afterwards procedures including chirality refinement, distance lower (upper) bound refinement, force field-based energy minimization (EM) and water refinement.