I was walking down a hallway during my morning college classes and I noticed a poster that was hanging up in the medical hallway.
It showed how an inhibitor neuron cell releasing endorphins near a pain receptor neuron. This release of endorphins increased the person’s pain threshold by numbing the pain receptor neuron for a certain amount of time. This fascinated me because this is a natural reaction that allows people to cope with pain and physical stress.
So I started thinking, what if humans could willingly induce this reaction. What if people flood there nerves with a rush of “ultra-endorphins”? This would allow the person to withstand an increased amount of pain.
These more powerful endorphins could be used to help aid in treating wounds or numbing a patient for surgery. This would invaluable to doctors and field medics in the future.
Then I had a random thought that perhaps this could be used to prevent pain as well reduce it. The term “assassin” comes from the corruption of the Arabic word “hashshashin” which was a person who was drugged up on hashish so they would not feel any pain from fights during their missions. So perhaps these endorphins could be injected somehow and used to create some sort of “super-soldier”.
I started thinking of some sort of injection system, either internal or external. The external injection system would have to use some sort of collar or bracelets that would be connected with tubes to inject the “ultra-endorphins” into the person’s vital organs and areas. The heart, brain, lungs or even certain muscles would be sites for the injection. So because of the distance between each arm and each leg, I thought of some sort of harness design that would keep the tubes from tangling up and help the injection collars remain in place.
The internal injection system would be much harder and require a more technologically advanced understanding of anatomy and implants. One concept I had involved an implant near the heart that manufactured these “ultra-endorphins” and then injected them directly into the heart so they could circulate through the bloodstream. But the proximity to the heart would pose to great of a risk to the person’s life. So as a replacement to the “heart injection” idea, I thought of using a combination of a cybernetic implant in a person’s shoulder, back, or chest that would be connected to a nearby vein of blood returning to the heart. The implant would produce the “ultra-endorphins” and send them to the heart to be pumped throughout the body. This implant would also house tiny nano-bots that could travel through the bloodstream and repair damaged parts of the body. Of course the internal injection idea would not be possible until we develop the proper technology required for such an extensive surgery.
The main problem is the effects that such extensive wear on the human body would have. Would those who have under-gone this surgery die quicker because of the usage of the body? Or would there mental effects on the person? Yet again just another random thought I’ve had.
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