However, what surprises the most in the reactions in Figure \ref{381229} is the presence of a base, such is sodium phenolate or CsF, which a priory has any role in the mechanism but its presence is crucial. Thus, the participation of the diborane reagent and a base made us to think in the possibility of a more complex mechanism in which the base somehow participates.
Herein we present results of a computational study aimed at shedding light into the mechanism of Martin's reaction \cite{Liu_2015} using Density Functional Theory (DFT) based methods. This interactive manuscript includes live 3D molecular structures, editable 2D graphs, a python notebook, and it showcases some tools in ioChem-BD \cite{_lvarez_Moreno_2014} that facilitate studying chemical reactivity. Moreover, we show how the results of computational chemistry studies, as elaborated by these tools, can then be embedded in a manuscript like this one, and published straightforwardly.