It's all inter-related but both chemical and bio-electric elements are necessary. They work together to allow us to do things like making sarcastic jokes or having them fly right over our heads.
The second part of my post was the significant one. Feel free to address that.
Life has many aspects, such as cells which are not conscious, to humans who are conscious and can even have self awareness. The water connection permeates both cells and consciousness, but in terms of consciousness there are other things involved connected to a higher ratio of electro-chemical potential.
Neuron expend about 90% of their metabolic energy pumping and exchanging ions. This huge percent of their energy budget, tells us this action is key to consciousness. Why invest so much energy, unless it is to help create the conditions needed for the main brain function; matrix for consciousness.
If ions were placed in a glass of water, they will dissolve and increase entropy; most degrees of freedom. The ion pumping processes of neurons are doing the opposite, segregating and concentrating ions, against the second law. This is very energy intensive. It would be like a sugary soft drink suddenly un-dissolving all its sugar and other ingredients into little piles in the middle of the glass. This is almost impossible, since it would reverse the second; from chaos to extreme order. However, this is the goal of the ion pumping. Sodium ions builds up on one side of the membrane; outside, and potassium the other side; inside. These two ions exited the bandwidth of the water matrix compared to pure water.
In terms of neurons, this lowering of ionic entropy and the reversal of the second law; ions pumping, creates an entropic potential or a spontaneous need to increase entropy. The free flow of Consciousness is connected to this spontaneous 2nd law push, from the organized ions; electrochemical potential, as they gain entropy and lower free energy.
This spontaneous increase in entropy, creates the natural urge for consciousness to become more and more complex; learning and analysis potential toward higher complexity. This still come down to the dynamics of ions in water, and the impact on their hydrogen bonding switches at synapses and along neuron branches. These specific ions were also selected by water, since they ads extra muscle and dynamic range to the aqueous data matrix. Sodium moves the switches one way; covalent, while Potassium does it the other way; polar, for higher ratios on either side of the membrane compared to pure water; kosmotropic and chaotropic affects, respectively.