As a maintenance mining elec by trade, finished my apprenticeship in 1968 at the golden age of 21, with the UK National Coal Board, I won't quibble with voltage and current, we had both. 3.3Kv at that time underground, to later 6.6Kv and when I finished in NSW Australia 11Kv underground with 300amp CB's. I was also authorized to enter the main switchyard where 66Kv was around. My engineer said to me after being authorized as a Leading Hand Elec, "John, if you have to enter the switchyard, stay on the marked foot paths, DON'T stray from them, 66Kv can jump a fair distance, and we don't want to scrape your remains up off the floor".
During my first year training at the area training center, we did week about in the first year, one week training center, one week Tech College, we covered this issue of voltage v current and AC v. DC shocks.
TOO MANY VARIABLES to argue over, wet conditions, whether the person shocked was fit, tired, sick, etc, etc.
Severe shock from one hand through the torso and out the other hand was the most dangerous way to have a shock, second was left hand through the body to ground, both are through the heart.
I used to take some dangerous risks when the voltages were 440 and 550 three phase, once we installed 1.1Kv equipment the risks stopped, and it was to the letter of the law. "Isolate and ground" Which is still my present attitude on ALL voltages above 25 AC., and on the test bench, left hand behind the back when checking voltages with a multimeter.
That one shock too many could be the one that makes your wife a widow. In my late teens I worked with an electrician who survived 3.3Kv in an illegal situation underground in a coal mine. It was covered up!
When I was a leading hand elec, I got a phone call to get down to another district in the mine, one of my young elecs had got burned, cost be three hours in paperwork, report for the Elec Mines Inspector! The lad was lucky, burns to the arms and face, he broke the rules accidentally on a 1000 volt circuit.