That’s what I was thinking. I worked as a technician at a nanofiber factory. They were experimenting with new techniques to make their nanofiber. All other manufacturers of nano fibers were making it in dozens of grams per day. We were making it dozens of grams per second!
I mention this because I was running the line, and maintaining the heaters. Literally hundreds of feet of brass bricks with heaters in them to heat the plastic as it flowed through pipes inside the brass bricks. I manage it through a computer interface that showed me each of the 150 or so separate heaters. What their temps were, what they should be (pushing 300 Celsius). There was a problem. If one heater were to suddenly cool down (insulation might come off, and it loses a lot of heat) then the liquid polymer flowing through it would cool off as well, and that cooled the next heater down, and we get a cascade effect. Then, the heaters attempt to compensate, heat rises, and that cascades through the system. To mediate that problem with the temperature going wacko like that, the heaters were controlled by PID controllers. The way these things worked is that they would detect the fall of temperature instantly, and turn in the heater to compensate as the temp fell. The faster the temp fell, the more power put into the heater to reverse it. The same thing when it got to hot. I was hired to help because of my background with electronics and computers. I studied their problem and showed them how to properly program the PIDs.
How it relates to hormones now . Imagine a large, long tub of water. If you shove one end really hard, all that water makes a wave. That wave then oscillates back and forth in the tub. Basically the PIDs detect the wave coming, and add a little force the opposite way, increasing as the wave increases, and lowering as the wave is less intense. Each time that wave goes back and forth the PIDs Force it to lose a lot of magnitude. By itself it would slosh back and forth for maybe a half hour or so until settled. But the PIDs would have it settled down in less than a minute.
Now hormones interacting with each other are going to be much more complicated than that. When one is to high, others need to compensate to get their job done. Which effects other hormones that now don’t actually need to go out, which effects other hormones to come out in higher amounts or longer periods of time. Getting this balancing act to level out will take a lot of time. So when the big one, insulin is mostly out of play sudddenly, the wash tub in my example is not only having waves from end to end, but side to side, up and down, some that are stationary, some that simply add to the wave, others that only reduce the wave, and they are all looking for different ques now that insulin isn’t giving orders.
Sorry to make that sound more complicated than it needed to be.