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A Power Stroke mechanism involves a diagonal transition, with simultaneous progress in the chemical and mechanical axis (dashed, purple line).
This occurs if the reaction mechanism involves a special kind of chain called a branching chain.
The second mechanism involves a roaming H2 molecule which abstracts a hydroxyl proton to form H3 + and CHO+.
The mechanism involves a material in which some aspect of disorder of its constituent particles exists at 4 K or below (liquid helium temperatures).
Sometimes a complex reaction mechanism involves a cycle of reactions such that certain intermediates consumed in one step are regenerated in another.
The CN− response mechanism involves a hydrogen bonding and deprotonation process in the sensor, which induced prominent fluorescence enhancement.
The oxidation mechanism involves a superficial oxidation followed by an insertion of oxygen into the lacunar structure of the solid.
The generally well accepted homopolymerization mechanism involves a diene insertion on a π-allylic terminal growing chain.
The second mechanism involves a dissolution of already existing manganese dioxide, through a MnOOH intermediate to form aqueous Mn2+.
The mechanism involves a coenzyme for the transfer of an acyl group (e.g., CH3C∣=O)—namely, coenzyme A. The functional portion of this complex molecule is the sulfhydryl (―SH) group at one end.
We speculate that one such mechanism involves a recently identified anaphase activity for two of the key players at metaphase: NuMA (Mud, LIN-5) and dynein.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com