Sentence examples for energetically bound from inspiring English sources

Just as two particles could affect one another across long distances or members of a species might inherit a collective memory, she suggested, so two strangers might communicate through time: "Our minds are energetically bound.

These findings point out that CPR mediated processes are bound to be energetically 'wasteful' and potentially 'hazardous' owing to the unavoidable nature of the CPR to generate and deplete DROS.

Ultimately, an electron is permanently bound when it becomes energetically impossible for the ion to lose it.

"The Police Service of Northern Ireland is duty bound to fully and energetically pursue every investigation and I support and encourage them to do so," he said.

This observation suggests that "unbending" of a duplex with a specifically bound IHF dimer is energetically more demanding than "unwrapping" of the compacted, nonspecific nucleoid complexes.

The analysis predicts that (i) the nucleoid to rod transition is a cooperative process driven by the binding of at least four IHF dimers to the condensed nucleoid ("Hill" coefficient, m = 4) and (ii) "unbending" of a duplex with a specifically bound IHF dimer is energetically more demanding than "unwrapping" of the compacted, nonspecific nucleoid complexes.

The resulting complex with docked ligand submitted again to 10 steps of MC ligand protein side chain optimization to reach the most energetically favorable conformation of the AhR-LBD bound to raloxifene.

Furthermore, computational studies that investigated the mode of ADP release from PKA with two magnesium ions bound suggested that ADP release was so energetically unfavorable that it was nearly impossible without release of one or both magnesium ions.

The results are consistent with an energetically favorable conformation of the piperazine ring in the target bound form of the inhibitor.

The data show that the ground state (∼87%) exists in the locked state (the one wherein the product is still bound to the enzyme) and in equilibrium with an energetically excited state (populated ∼13% of the time), which allows product release (termed the unlocked state).

On the basis of thermodynamic considerations, transfer of a second electron to the negatively charged O2– itself is energetically unfavorable, but donation of a histidyl proton to the O2– intermediate (bound at the heme B site) to form the neutral HO2 should greatly facilitate transfer of a second electron, which (along with a solvent proton) forms H2O2.