Everyone’s so obsessed with just building muscle.
Squat weight, bicep circumference, body fat percentage… it’s all superficial.
The real victory or defeat is decided not by those damn numbers, but inside the skull.
Mental fortitude, concentration, every signal from your nerves governs your muscles.
But you know what some guys who don’t get this are doing to their brains?
I went to a bodybuilding community, and some guy was bragging about using dementia medication as a pre-workout booster.
That lunatic, that’s not a booster; it’s a self-destruct switch that rips out the brain’s safety mechanisms.
This isn’t some trivial talk about messing around with basic supplements.
This is the realm of directly hacking the brain’s operating system: the cholinergic system.
Moving your muscles, that insane focus during a lift—it’s all commanded by a neurotransmitter called Acetylcholine.
This guy is the supreme commander in charge of performance.
But once this commander’s mission is over, it’s immediately removed by a clean-up crew called Acetylcholinesterase.
It’s a safety mechanism to prevent overload.
The drugs I’m about to talk about are the ones that tie the hands and feet of this clean-up crew.
With no clean-up, the command signals (Acetylcholine) flood the synapse.
If you don’t understand this, close the window right now.
This is not for you to know.
Introducing the main forces on this battlefield: the pharmaceutical-grade inhibitors.
1. Donepezil (Aricept)
This one is the standard equipment in this field, the best-selling blockbuster weapon.
Made by a major defense contractor like Pfizer, its tolerability—how well the body can handle it—is the most stable.
It’s a veteran soldier, FDA-approved in 1996.
It doesn’t just raise cognitive ability.
There’s interesting data showing it reduces sleep apnea in Alzheimer’s patients.
Why is this important? Because the brain activates a waste management system called the glymphatic system during deep sleep to clean out junk like beta-amyloid.
Having poor sleep means getting trapped in a vicious Möbius strip where waste piles up in the brain.
Donepezil contributes somewhat to breaking this cycle.
But remember this.
This is patient data.
A healthy person using this won’t turn their brain into Superman’s.
2. Rivastigmine
This one is a bit of a brute, a dual-pistol gunslinger.
It simultaneously takes out not only Acetylcholinesterase but also another one called Butyrylcholinesterase.
Two targets, so it must be more powerful, right?
Hell no. That’s why the body can’t handle it as well and throws it up.
It’s effective, but the recoil—the side effects—are too strong, so it’s not used as widely as Donepezil.
It’s a method used by amateurs who rely solely on firepower without strategy.
3. Galantamine (Reminyl)
This one is the truly interesting special forces operator.
Originally an alkaloid extracted from plants in the Amaryllidaceae family, used in folk remedies, the Soviets isolated it and turned it into a drug in 1956.
Galantamine is a double agent.
First, it inhibits the clean-up crew (Acetylcholinesterase) to increase Acetylcholine levels.
All the others do that too.
But this guy runs one more operation.
It binds to a different site on the cholinergic receptor, increasing the receptor’s own sensitivity.
Simply put, it’s simultaneously doing the insane work of increasing the troops (Acetylcholine) AND boosting the combat effectiveness of those troops.
In theory, it’s the perfect weapon.
But reality is different.
This one also has shitty tolerability, with severe side effects like nausea and vomiting.
Moreover, there’s data showing that when used on patients with Mild Cognitive Impairment, the mortality rate actually increased.
It was fine for Alzheimer’s patients, but this is a powerful warning sign showing how sensitive and dangerous this weapon is.
If you mess with it wrong, you’re not hacking the brain; you’re on a path to brain death.
Practical Protocols and the Truth About Side Effects
All these medications are administered using a titration method, gradually increasing the dose.
Why?
To give our body time to adapt to the recoil of these powerful chemical weapons.
Over time, side effects like nausea decrease, but the cognitive enhancement effects remain.
The body gets used to the pain but doesn’t lose the abilities it gained.
For Galantamine, you typically start at 8mg per day and double the dose every 4 weeks, up to 16–24mg.
This is considered the optimal combat dosage.
But this is all based on patient standards.
If a healthy person copies this, their stomach will go on strike before their brain does.
Here’s a real mystery.
In animal experiments, these drugs were shown to reduce addictive behaviors from morphine, cocaine, and methamphetamine.
This means they somehow intervene in the brain’s reward circuit—the dopamine system.
Results in humans are still mixed, but this is chilling evidence that the cholinergic system is involved not just in simple cognitive function, but also in desire and addiction.
The conclusion is simple.
Messing with the cholinergic system is like handling the control rods of a nuclear power plant.
Proper control yields tremendous energy, but one mistake brings an irreversible catastrophe.
Nootropics?
Smart drugs?
Don’t be fooled by such sweet talk.
These are not toys.
Anyone who touches these drugs without a complete understanding of the system will ultimately become a slave to them.
A true master doesn’t use drugs; they design the system.
And the first page of that blueprint is always risk management.
The data doesn’t lie.
1.Colovic, M. B., et al. (2013).
“Acetylcholinesterase inhibitors: pharmacology and toxicology.” Current neuropharmacology, 11(3), 315-335.
(The basic textbook for this field. Read it.)
https://pmc.ncbi.nlm.nih.gov/articles/PMC3798936/
2.Kostadinova, I., & Danchev, N. (2019).
“4-aminopyridine–the new old drug for the treatment of neurodegenerative diseases.” Pharmacia, 66, 67.
(The history of Galantamine. You need to know its roots to use it properly.)
https://pharmacia.pensoft.net/article/35976/
3,Mayor, S. (2005).
“Regulatory authorities review use of galantamine in mild cognitive impairment.” BMJ, 330(7486), 276.
(Galantamine mortality data. If you don’t know the risks, don’t use it.)
https://www.bmj.com/content/330/7486/276.3
4.López-Pousa, S., et al. (2006).
“Comparative analysis of mortality in patients with Alzheimer’s disease treated with donepezil or galantamine.” Age and ageing, 35(4), 365-371.
(A study showing different results in AD patients. There are this many variables.)
https://pubmed.ncbi.nlm.nih.gov/16788079/
5.Hikida, T., et al. (2003).
“Acetylcholine enhancement in the nucleus accumbens prevents addictive behaviors of cocaine and morphine.” Proceedings of the National Academy of Sciences, 100(10), 6169-6173.
(The link between Acetylcholine and addiction. The brain is intertwined in ways far more complex than you think.)
https://www.pnas.org/doi/10.1073/pnas.0631749100
