I did lose some hair, but no clumps. Or none that I noticed. Then again, I was too weak to lift my arms to touch my head, and my fingers were more or less paralyzed, and all the little muscles in my hands had atrophied. The pillows of flesh that had been on my palms, at the base of each thumb, had withered.
And so the nurses washed my hair for me. But washing a patient’s hair is a lower priority than reconnecting a line that has been pulled out of a vein by accident or on purpose, or defibrillating a heart that has arrested, so I didn’t ask for a shampoo very often.
When my college boyfriend came to visit me for the first time, he declared my condition greasy but stable.
After eight or ten days, a nurse would wash my hair for me, whether I’d asked her to or not. If I were paralyzed, this involved transferring me from my bed to a wheelchair, wrapping my central line in waterproof plastic, wheeling me into the shower, sticking my head into the stream of water, doing three or four shampooings, soaking the entire room, and pulling out what looked like pounds of my dead hair.
Sometimes a nurse wouldn’t want to deal with cleaning up such a mess, and she would wheel me down the hall to a rinsing sink, above which hung a sign that said something to the effect that it was not for patients’ use. But the rinsing sink was the perfect height for washing a slumped, paralyzed girl’s hair.
One nurse would wash my hair while another stood watch. Sometimes we got in trouble, but it was worth it. All the nurses had to do after washing my hair in the rinsing sink was to wipe it with a couple of towels, fold them so no one could see they were filled with hair, and throw them down the laundry chute.
God knows, the anorectics threw worse things down there.
Tests
First you’ll feel a tiny sting where the needle goes into the lumbar spine, then a small burn when the anesthetic is pushed into the tissue, then a bit of pressure when the second needle goes in, and then nothing. You’ll just lie there on your side, fetal, and if an intern or a student gets to do the puncture, you’ll hear everyone congratulate the intern or the student once the fluid is in the test tube. And if you ask to see your spinal fluid, someone will hold up a test tube of perfectly clear fluid.
And then everyone’s happy and you’ll just lie flat awhile until there’s no risk you’ll get the notorious spinal-tap headache if you move.
You can rest knowing it will be days before you’ll hear whether the fluid contains a high protein content yet a normal cell count, the combination of which indicates severe nerve damage.
These days, hospitals have open MRI machines, but my hospital had only the closed kind. If you needed an MRI taken of the top of your neck, you were slid all the way inside the machine.
Once you’re inside, it’s hard not to notice that the wall of the hollow tube is no more than six inches away from your body at any point.
My muscles were atrophied when I had my MRIs, and I was very thin. If the walls had been only six inches away from my body, a larger person wouldn’t have been able to fit into the machine. So this memory must not be right.
But the point is that once you’re inside, if you have any imagination at all, you feel as if you have been buried alive in a white plastic coffin.
This is why MRI technicians offer a slight sedative before the procedure, and why they say to keep your eyes shut and imagine that the thudding sounds of the machine are waves crashing on a beach, and why they speak to you throughout the test, asking how you’re feeling and declaring that you’re doing well, and why they place a panic button in your right hand. If you press it at any point, they slide you right out of the tube.
If you think you might open your eyes inside the tube, ask for a washcloth to be laid over your eyes. It will work as a blindfold, even if you open your eyes underneath it, and since you’re in a coffin, you can’t move your arms or any other part of your body to touch the blindfold, and you will not be afraid.
More Tests
For a nerve conduction velocity test, electrodes are stuck to the skin above the tips of the neuron in question. Then electric shocks are delivered directly to the nerve cells. You lie there and get shocked. You know the shocks are coming. It’s simple.
The shocks start small and get bigger. There is a break of one second between one shock and the next.
For the first few series of shocks, you think it wasn’t so bad. Even the strongest shock isn’t enough to make your whole body seize. If it’s a leg nerve that gets shocked, the biggest shocks will only make your leg thrash.
That’s the whole first part. It lasts an hour or less to test three or four nerves. And while the discomfort is unrelenting, the pain is not excruciating.
An electromyogram is more or less the same — electrodes delivering shocks — but with sensor needles in the muscles that those nerves innervate. So it’s the same shocks, but you must keep the muscle tense while the shocks are delivered to the nerve cells and while a needle is jutting out of the muscle.
The technicians always ask whether it’s your first EMG. If it is, they say it’s all right to cry. And maybe they’ll add that men cry more than women, or that a great big juiced-up guy from South Boston is more likely to cry than a librarian from North Cambridge. Or that people who try hard not to cry are more likely to cry than people who are open to the possibility that they might cry. The EMG technicians watch people get tortured all day, but it is hard even for them to guess how anyone will hold up until the actual breaking point.
I got through my first three EMGs without crying. Each one got easier.
But then one day, when there were no lab technicians available, a doctor administered my EMG. He could deliver the test as well as interpret the results, right there, while the data from the first shocks showed on the computer screen.
And I asked him what the data looked like, and he said the data looked bad. My nerves’ conduction velocities were slower than they’d been the last time, and their conduction block had increased. The antibodies had destroyed more myelin.
And right away I knew I would need to get a new central line implanted and have my plasma replaced again, and I also knew that each time the myelin was stripped from my nerves, it was likelier to grow back imperfectly, and that I was likelier to lose strength and sensation permanently.
It wasn’t the EMG but the bad news that made me cry. It’s probably best to have an EMG while someone’s opening your mail and finding that you got into college, or while you’re watching the right lottery numbers appear on the television screen.
If you start crying during an EMG, you can pretty much forget about trying to stop crying until the test is over.
I’d guess that if you get a dozen EMGs in your life, it’s likely you’ll cry during at least one of them.
I don’t know any other hospital procedure that makes people cry as reliably as an EMG except the test of the blood’s clotting agents, when you just sit and bleed from a puncture wound, and the blood drips until your fibrinogens and platelets create a barrier to the bleeding, or it’s decided you’ve lost enough blood that it’s certain your fibrinogens and platelets aren’t going to be able to stop the blood, and then the test is over.