When you don't ejaculate, the body makes changes to attract a mate.

Added: 2026-06-04

[00:00:00]There is a principle in biology that almost nobody applies correctly. When a system is deprived of something that it needs. It does not simply wait. It reconfigures. It actually becomes more sensitive, more responsive, more primed for acquisition because the body reads abstinence not as a punishment by the way, but as information. And you already know this works with food, but you may not know that it actually works with sex as well. So I know the title might sound very clickbaity and I empathize with that. I have compassion for you. But when you consider the body makes changes when it doesn't have any food. You can apply similar logic and also science. I will back this up with some scientific parlance a little bit later. But let's go into the fasting mechanisms first and foremost. So when you decide on the condition of conscious refrainment from food, adaptations start to occur. When you fast, ghrein rises, norepinephrine rises. Insulin sensitivity upregulates, meaning these same hormonal signals now hit harder than they did before. The metabolic receptors become more sensitive or responsive. The body doesn't downgrade. What it actually does is it sharpens. This is the hunter cognitive stack. Sharper attention, motor drive, and low stim threshold.

[00:01:29]Meaning that essentially you become a more physiologically superior animal in order to acquire your next meal. Because if you don't, well, it's good night Vienna. Evolution did not design the starving animal to become lethargic and resigned. It designed the starving animal to actually find food.

[00:01:51]And so we can apply the exact same principles when we choose to consciously refrain from ejaculation. But before we get into the receptor data, there is a second mechanism running in parallel that most men have never even heard of and it begins the moment ejaculation occurs. So prolactin spikes from baseline. And this is confirmed in human studies by the way. Prolactin levels increase approximately twofold within 10 minutes of ejaculation, meaning they continue to rise. Elevated prolactin suppresses two signals, by the way, from the pituitary gland. It's got suppression of luteinizing hormone and also follicle stimulating hormone known as LH or FSH. I'm sure you're familiar with this, some of you scientist buffs.

[00:02:35]Now, LH is the signal your body sends to the testicles to actually produce testosterone in the first place. and FSH governs sperm production. Now, when prolactin suppresses LH, the leading cells in the testes, the cells responsible for testosterone synthesis, receive a weaker signal and therefore the output drops. This isn't theory, by the way, is a fact. The established mechanism behind hypoprolactmia is a clinical condition which chronically elevated prolactin causes hypogonadism in men. So, the same pathway running out lower intensity every single time. Now, the receptor density argument is really what you're here for. And this is where all the magic happens. So, I'm going to give it to you right now. Here is where most people in this conversation go wrong. They argue about testosterone levels. Whether abstinence raises testosterone, whether it doesn't, you know, they are measuring the wrong variable entirely. So, in 2003, Fernandez uh Gustavi, I believe, he published findings on sexually exhausted male rats. Granted, I do know this is an animal study, but we do animal studies for a reason. Science is still in its infancy in this regard. There's there's still a lot we have to go learn, understand, and apply and synthesize into wisdom. So after 4 hours of ad libertum culation antigen receptor density in the medial preoptic nucleus so you know that's this area here drastically reduced in sexually exhausted males and by the way this was independent of testosterone levels. Now the medial preoptic area the MOA is a region of the hypothalamus that actually sits at the center of masculine behavior regulation. It governs sexual appetite or motivation is probably a better word to use there. So this is the really interesting part when researchers actually lesion this part of the brain.

[00:04:32]So when they took it out, you know what happened? Male sexual and competitive behavior nose dived off a cliff. So it's not just, you know, a peripheral region.

[00:04:42]It's the command center. And in sexually exhausted animals androigen receptor density there there was drastically you know reduced in this part. Not the testosterone not the testosterone.

[00:04:55]That's the key. It's independent of tea levels. This is the detail that changes everything. The reduction was independent of androgen level changes.

[00:05:03]The sexually exhausted animal did not have less testosterone. It had a a brain that could no longer read the testosterone that it already had in the first place. So, we can apply this to ourselves. Same biology, same hormone.

[00:05:19]What happens if this area in your bl brain is affected by sexual exhaustion?

[00:05:23]Doesn't matter about your tea levels.

[00:05:25]You could have free circulating testosterone at 1,000 nanogs per deciliter, but if the androgen receptors can't read it, there's no point in even having it. same hormone, blunted signal, degraded output. Now, the nucleus albamin, this for me is actually the really, really scary part. Okay, so in 2003, um you're going to forgive me here. This is Chinese studies. So, um he, you and Woo replicated and extended this work using Mandarin Voss. Again, I know it's animal studies, but this is the best that we have. Okay? And they found something the earlier research had missed entirely. So the andigen receptor down reggulation was not limited to just the preoptic the medial preoptic area.

[00:06:09]It extended to the nucleus albammens.

[00:06:12]Nucleus albammens by the way is the is the sexual behavior region. That's the way to kind of think about it. It a and and and motivation specifically not just related to sex. That's the key part but everything in and of itself. It is the brain's primary motivation and reward hub. the core of the messolyic dopamine circuit. It is the structure that converts desire into action. When you decide to pursue something, for example, a goal, a woman, a competitive outcome, the nucleus albamberman is very very invested and involved in that particular threat. Damage to this region in animal models produces a specific and striking result. By the way, the animal will not work for reward.

[00:06:59]Sounding familiar here? If food is placed in front of it, it won't even move. The capacity for motivation, goal directed behavior is gone entirely. Just going to let that sit and [snorts] marinate there for a moment.

[00:07:14]And receptors in the nucleus albamin modulate how responsive this system is to dopamineergic output. Input I should say. Testosterone acting through these receptors calibrates the sensitivity of the wanting circuit. Now, when those receptors downregulate, as the research does show, they do uh you know, following sexual exhaustion, you're not looking at a man with a reduced sex drive. What you're actually looking at is a is a a mouse running blunted motivational signaling across the board.

[00:07:46]The research does not distinguish between his desire for women and his desire for everything else. The receptor doesn't know the difference between the two. This is not a libidinal argument, by the way. It's a performance one. The recovery data gives you a number, not a feeling. 63% of sexually exhausted males showed recovered behavior at 4 days, 100% at 7 days. Now, 7 days isn't mysticism, by the way. It's also the day that um is is spiked 147% of testosterone if you are abstinent in that time frame. Um but it's but it's a receptor recovery window confirmed in the animal literature consistent with the prolactin clearance timeline in human beings by the way. Um you know the the the men debating whether any of this is real are asking the wrong question.

[00:08:35]The question is not whether testosterone is adequate. Most men's testosterone I was going to say is adequate but it's not adequate but it's it's not the entire story. The real question is whether your brain can read it. And again, just to tie this back to the title, all of your masculine gene expression, everything that is found attractive in the in the polar opposite biological counterpart, the female, is down reggulated when you are sexually exhausted. That's the term that we're going to go with. All these principles here affected LH and FSH being restored lead cell output online AR density recovering in the brain meaning your masculine gene expression is restored or I've never heard anybody call this uh this before and I'm going to coin this term the biological wingman activates heightened masculine characteristics are pushed in the body the same way the body recognizes that it is it is heading for death if it cannot acquire food, it will help you by activating the hunter stack.

[00:09:40]In the same way, when the body gets feedback or information that it is not experiencing sexual release, it is going to make changes. It is going to uh normalize prolactin, upregulate LH and FSH, upregulate lead output. That that's the um the leading cells are in your testicles which produce testosterone. AR density recovers in the brain. So, not only do you have more testosterone, but your body can actually do something with testosterone in and of itself, meaning all the traits that women find desirable in those objective empirical studies, you know, width of the jaw, increased hair growth, but more particularly temperamentally, assertiveness, dominance, territorial, which is exacerbated when she's at her peak in menstrual cycle. They they they all compound. Your body is trying to help you, but you're letting things get in the way like adult material, like um you know, sleeping with women who are of like low quality of um you know, even spending money on sexual experiences.

[00:10:43]The irony is when you refrain, when you use deprivation as a signal, you give off the biggest signal of attraction.

[00:10:52]And that's not a theory. That is a cold hard fact.

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