The phrase 'energetically charged' is correct and usable in written English.
This phrase is typically used to describe a person or situation as having intense energy or a feeling of enthusiasm or excitement. For example, "The crowd of protesters was energetically charged and determined to make their voices heard."
20 Feb - 20 Mar Personal encounters come scented and energetically charged, though boundaries need to be drawn.
I've always wanted to go on an ancient pilgrimage, like Santiago de Compostela, to experience what it's like to go on a metaphorical journey into our own beliefs, with stops along the way in places that have been energetically charged for that purpose.
Then he shot me a shamed look as if to say, "I'm sorry - I had no choice!" Without the patience Benny had instilled in me, I likely would have followed that energetically charged lead and yelled at my client.
To accelerate catalysis and render such thermodynamically favorable, Mo-dinitrogenase is both one-electron reduced and energetically charged by homodimeric dinitrogenase reductase, which harbors a bridging 4Fe-4S-center and two ATP binding sites, one per subunit.
The observed shallow slopes provide strong evidence that the sensitivity of hydrogen bond energetics to charge accumulation within the KSI active site is not substantially greater than the low sensitivity in aqueous solution and suggest that the KSI oxyanion hole does not provide catalysis by forming an energetically exceptional "short, strong" hydrogen bond.
Honig and co-workers (50) suggested that it is energetically less costly to remove the charged arginine guanidinium group from water than it is to remove the smaller amino group of a lysine (50).
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.
The underlying mechanism is that removal of the negatively charged phosphoryl group makes it energetically more difficult for positively charged voltage sensors to transition to the activated state.
In this energetically less favorable orientation (Table 1), the positively charged amino group of the isomer forms a short-range electrostatic interaction with the carboxylic group of α4-Glu266 α4-Glu266 20′), whereas its alipositionortion interacts by van der Waals contacts with the aliphatic moiety of α4-Ile20′ (position 21′).
Therefore, the dissociated counterions are energetically stable in DMF, leaving the condensed DNA negatively charged.
Significantly, just as free active amino acids (e.g. aa-AMP), amino acid residues covalently charged on the RNAs' chain end is also energetically activated for reactions that might involve the amino acids [ 73].
