Sensory dysfunction is very complex. Sensory dysfunction occurs [periodically], making it even more complex and difficult to assess effectively.

Sensory dysfunction is very complex. Sensory dysfunction occurs [periodically], making it even more complex and difficult to assess effectively.
Electrolyte dysregulation plays a key role in sensory overload. Electrolytes act as agonists and antagonists to one another, like dance partners.
Hyperkalaemic versus hypokalaemic sensory overstimulation, and several starting points for the same end problem.
Thanks to Tony Breu’s mention of ATPase in that thread about treating hypokalaemia, I have learned important things this week. Here are some of my insights.
This video was first screened at the South Asia International Autism Conference in February 2015.
My homework for Project K requires me to explain (inter alia) why hypomagnesaemia must be dealt with if we hope to treat hypokalaemia, which causes sensory overstimulation. And I have to include citations.
This page introduces my project. The scope of my paper is confined to the initial treatment steps for sensory overstimulation, which require an understanding of molecular and cell biology.