Orgasm Hormone: Find Out What Made In Our Body

"Hormones are liquid anatomy, they are spills that convert children into adults."

- Emotional Anatomy, Stanley Keleman

Did you know that we have oxytocin receptors all over our bodies? This hormone, which is produced by the hypothalamus and released into the bloodstream by the neurohypophysis, plays a very important role in our body's sensations of pleasure.

No wonder this hormone is also known as the orgasm hormone, or love hormone. Together with other hormones responsible for the sensation of pleasure – such as serotonin and endorphins, for example – oxytocin is able to reduce stress and anxiety levels.

Want to understand more about nature's recipe for happiness? This text has all the most relevant information about the orgasm hormone, oxytocin. Read it now!

After all, what is the orgasm hormone?

The orgasm hormone is oxytocin! This hormone is released during sexual intercourse in men and women, promoting uterine contractions in women and contractions of the seminal ducts in men.

Furthermore, the release of oxytocin during these moments increases the feeling of closeness between sexual partners and can potentiate – and also prolong! – the pleasure of the climax.

This hormone is considered a natural analgesic that is produced in response to physical activity and during orgasm, aiming to relax, cause a feeling of confidence and increase focus.

French neuroscientist Claude de Contrecoeur analyzed the effect of serotonin and dopamine on behavior and feelings and found that these hormones have opposite effects.

By stimulating the neurotransmission of dopamine in the brain, the mind becomes more active and makes you want to move. This hormone stimulates motivation and removes indecision, increases self-confidence, activates blood flow.

The function of oxytocin in humans is to create bonds of affection so that they can get along better. This happens by decreasing levels of cortisol - a hormone that stimulates stress. People with high levels of oxytocin take greater social risks and make clearer connections.

Orgasm Hormone: The Difference of Pleasure in Men and Women

For women, the moment of orgasm can be felt for a few seconds, along with a contraction of all parts of the pelvis, including the anus, vagina and even the uterus.

During a female orgasm, your genital area becomes more vascularized and sensitive, enhancing sensations from the clitoris to the G-spot, which is located inside the vaginal canal.

Meanwhile, for men, ejaculation almost always accompanies orgasm. As with women, there is a set of contractions at the moment of orgasm, where the entire pelvic area participates. Contraction of the seminal canal is what drives the semen out of the penis.

What are the effects of the orgasm hormone on the body?

The nervous system is a pulsating pump and each layer that makes it up shares this pulsatile rhythm. In a constant movement of inflating and deflating generated by electrical impulses, they stimulate specialized organisms, called glands, to release hormones into the bloodstream.

Hormones are true magical elixirs capable of producing positive effects from a physical, emotional and spiritual point of view to human beings. Discharges of endorphins, serotonin, dopamine and oxytocin alter the configuration of the human body's chemistry, transforming the internal flow of beneficial substances into pleasant sensations. That's why they're called pleasure hormones.

Understand, now, about the impact of oxytocin on the body:

Tension relief

After orgasm, various hormones are released into the bloodstream. Among them are norepinephrine, a hormone responsible for relaxing muscles. If you feel tired after orgasm, be aware that this is due to the release of this hormone.

improves mood

Studies show that, after orgasm, oxytocin levels can increase up to 5 times. In addition, orgasm is also responsible for increasing levels of endorphins and estrogen, two hormones that can improve mood.

heart rhythm changes

Changes in heart rhythm can begin even before sexual contact, still in the excitement phase. Despite this, the increase in heart rate may be greater in the seconds before orgasm, both for men and women.

This increase does not pose risks to healthy people, but requires attention from those who suffer from cardiovascular problems, or are under the influence of drugs to increase sexual performance.

Spasms

Often, the body goes through strenuous processes before reaching orgasm itself, which can contribute to weakening the muscles of the thigh and pelvis, causing contractions.

Decreases stress

The hormonal properties of orgasm can also contribute to lower stress levels, which are regulated by cortisol. In addition, the sense of well-being and closeness of having an intimate relationship with your partner can also help to calm tempers.

pain relief

The release of pleasure hormones is also closely linked to pain relief of all kinds. Endorphins, for example, decrease pain sensitivity, which can help with migraines and menstrual cramps.

Improves sleep

Orgasm brings intense relaxation, which can help you sleep better. In addition, the action of pleasure-related neurotransmitters also help regulate sleep even on days when you don't have an orgasm.

Discover the benefits of tantra for the body and its relationships

Conclusion

Pleasure hormones are able to help with the physical, emotional and spiritual aspects of the human being. It's important to remember that pleasure can be achieved in many ways, such as exercising, eating, having sex, listening to music, reading, talking, working and even experiencing pain, as in childbirth.

Basically, pleasure stimulates the secretion of endorphins as it is released as a result of muscle arousal and fatigue.

We can see then, without exaggeration, that hormones are the chemical components of the meaning of life. Therefore, carrying out activities capable of stimulating the production of these components is essential for the balance of the body/mind/spirit system. Under these conditions, pleasure will be a consequence.

Did you like this article? Access other content from Metamorphosis Network blog to know more!