Could Nerve Impulse Amplifiers Make Someone Superhuman?

AI Thread Summary
The discussion centers on the theoretical viability of implants designed to enhance nervous signals to muscles, potentially granting superhuman strength and endurance. Key points include the concern that such implants could lead to over-exertion and injury, as muscles may not adapt quickly enough to increased demands. The conversation explores possible implementation methods, such as spinal cord implants or localized muscle group enhancements. Participants note that both nerve impulses and muscle composition are crucial for strength, emphasizing that while nerve signals can be amplified, muscle strength must be developed over time. There is skepticism about the long-term benefits of such implants, suggesting they might be more advantageous for short bursts of activity rather than sustained labor. The potential for artificial replication of adrenaline-like effects without drugs is also questioned. Overall, while the concept is intriguing, significant biological limitations and risks are highlighted.
Tyro
Messages
97
Reaction score
0
Can any biology-savvy people comment on the viability of implants which boost the nervous signals to muscles, effectively making someone superhuman in strength and endurance? I can see how someone with these implants may end up killing themselves from over-exertion, but would something like this work theoretically, at least on a temporary basis?

How would this be implemented? Would it be through a spinal cord implant, a change in blood chemistry or many local implants at major muscle groups?

Would whether the person ends up killing themselves with these implants depends on how far he or she pushes it? Presumably, if the muscles know they are being overworked by amplified nerve impulses, they will adapt and grow stronger. But if the person overdoes it, they won't adapt fast enough.
 
Last edited:
Biology news on Phys.org
It is not about the strength of the nerve signal, but it is about the strenght and composition of the muscle.. this has to be build up with time and cannot be boosted with amplifyer implants :)
 
Okay...my biology knowledge is very rusty, but aren't both the nerve impulse and the muscle composition the factors here? So the nerve impulse to lift a 5kg mass is less than the nerve impulse to life a 10kg one. Or for the same nerve impulse strength, a larger muscle will have an easier time lifting a heavier weight than a small muscle.

Under some circumstances (like being awash with adrenaline) a weak muscle can also perform on par, temporarily, with a strong one. Can these effects be artificially replicated without using drugs?
 
Originally posted by Tyro
Okay...my biology knowledge is very rusty, but aren't both the nerve impulse and the muscle composition the factors here? So the nerve impulse to lift a 5kg mass is less than the nerve impulse to life a 10kg one.
You are right, a higher frequency of a nerve signal means a stronger impuls and thus more force. But I guess a healthy body should have the means to induce the right impuls.

I am not sure though. The implant might work in flash work, like those weightlifters lifting those heavy bars above their head. But for long term labour the implant will only be more a hassle than a gain.
 
I've been reading a bunch of articles in this month's Scientific American on Alzheimer's and ran across this article in a web feed that I subscribe to. The SA articles that I've read so far have touched on issues with the blood-brain barrier but this appears to be a novel approach to the problem - fix the exit ramp and the brain clears out the plaques. https://www.sciencealert.com/new-alzheimers-treatment-clears-plaques-from-brains-of-mice-within-hours The original paper: Rapid amyloid-β...
https://www.discovermagazine.com/the-deadliest-spider-in-the-world-ends-lives-in-hours-but-its-venom-may-inspire-medical-miracles-48107 https://en.wikipedia.org/wiki/Versutoxin#Mechanism_behind_Neurotoxic_Properties https://www.sciencedirect.com/science/article/abs/pii/S0028390817301557 (subscription or purchase requred) The structure of versutoxin (δ-atracotoxin-Hv1) provides insights into the binding of site 3 neurotoxins to the voltage-gated sodium channel...

Similar threads

Replies
1
Views
10K
Replies
2
Views
3K
Back
Top