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Nitrogen-hydrogen bond activation can be studied by following the reaction NH3 + ND3→ NH2D + NHD2.
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This difference in the primary structure of oxyR raised the possibility that droxyR need not, indeed can not form an intramolecular disulfide bond, and that DrOxyR activation can be caused by the modification of just one cysteine residue (C210) (Figure 1).
A delayed cortical activation can be seen.
Whether RNA activation can be used for therapy remains to be seen.
If the C or O atom remains at the same surface site before and after the bond breaks and most of the motion is of the light H atom, similar temperature-dependent activation barriers may occur and novel ways to control bond breaking can be developed.
Perhaps the Bond vigilantes can be thanked for that.
Alternatively, ideal bond lengths can be calculated from the theoretical bond valences if these are known.
The disulfide bond connectivity can be inferred for TLRs.
Choosing between ETFs and bond index funds can be tricky.
The fullerene I h -C60 has only two types of C C bonds, which can be straightforwardly classified according to their bond distances as "single" and "double" bonds.
These bonds can be either sugar-phosphate bonds between the nucleotides in the RNA chain or the hydrogen bonds between paired bases in a given RNA secondary structure.
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