I love semen retention

[๕ඞChick3ncu1ry]

There’s no lust when there’s no triggers.

My autoimmune got better subjectively I feel much less in pain.

I am more aware of myself and my surroundings.

Meditation becomes easier.

My focus and energy improved.

I gain muscles faster after working out.




And it’s free, I have overcome lust the Jews are beneath me.

 

[๕ඞChick3ncu1ry]

@Xangsane @BrahminBoss @garoupilled_ @HarrierDuBois @LiterallyNightwing

 

[Deleted member 5815]

My autoimmune got better subjectively I feel much less in pain.

You think it can heal pretty much all chronic health issues when done long enough paired with other healthy habits?

 

[Debetro]

It's called becoming an hormoneless docile asexual

 

[Joe Rogancel]

You weren't gonna need to use it anyway

 

[๕ඞChick3ncu1ry]

You think it can heal pretty much all chronic health issues when done long enough paired with other healthy habits?

You can try it’s free

 

[ReinhardRacist]

This is misinfo! masturbation is healthy and ejaculation is necessary! my advisors in israel have recommended you seed oils and red 40.

 

[๕ඞChick3ncu1ry]

It's called becoming an hormoneless docile asexual

Quite the opposite I am more assertive than ever

 

[Freakbob]

Low t trait

 

[๕ඞChick3ncu1ry]

You weren't gonna need to use it anyway

Yeah, 3 seconds of high or eternal blissfulness.

 

[๕ඞChick3ncu1ry]

Low t trait

my T is optimal according to bloodwork. Every hormonal profile are optimal except my red blood cell.

 

[Freakbob]

my T is optimal according to bloodwork. Every hormonal profile are optimal except my red blood cell.

Low red blood cell trait

 

[๕ඞChick3ncu1ry]

In Juadism porn/jerking off aren’t condone yet the Jews promote degeneracy/porn to others.


To create a weak society all you need is to make adultery and degeneracy more accessible.

 

[Deleted member 23558]

You think it can heal pretty much all chronic health issues when done long enough paired with other healthy habits?

Just take thyroid bro

 

[Deleted member 5815]

Just take thyroid bro

OK I WILL is this good what is the name of what you're taking

 

[Deleted member 23558]

OK I WILL is this good what is the name of what you're taking

View attachment 2419546

Nah I like more control with the ratios so I buy t3 and t4 seperately. Cytomel is the best for t3, I got the only t3 brand sold pharmaceutically in india.

 

[comingtothisJFL]

There’s no lust when there’s no triggers.

My autoimmune got better subjectively I feel much less in pain.

I am more aware of myself and my surroundings.

Meditation becomes easier.

My focus and energy improved.

I gain muscles faster after working out.




And it’s free, I have overcome lust the Jews are beneath me.

i love my semen retention on ur juicy lips

 

[EnglandBadman]

There’s no lust when there’s no triggers.

My autoimmune got better subjectively I feel much less in pain.

I am more aware of myself and my surroundings.

Meditation becomes easier.

My focus and energy improved.

I gain muscles faster after working out.




And it’s free, I have overcome lust the Jews are beneath me.

Im two different people. 1. Me before wanking. 2. Me after nutting. So i wanna know what would happen if i stopped completely

 

[SoundnVision]

True and when ya do finally blow ya beans you can paint fucking walls tbh

 

[๕ඞChick3ncu1ry]

True and when ya do finally blow ya beans you can paint fucking walls tbh

yes 3 big spoons to be precise


I bet x5 times more than chornic coomers

 

[Schizoidcel]

Reproduction is an energetically costly process that has profound effects on metabolism. The disposable soma theory of aging and expensive germline hypothesis state that organisms age due to an evolutionary trade-off between reproduction and DNA repair / maintenance. Formulated by the biologist Thomas Kirkwood, the disposable soma theory explains that an organism only has a limited amount of resources that it can allocate to its various cellular processes. Therefore, a greater investment in reproduction would result in reduced investment in DNA repair and maintenance, leading to increased cellular damage, shortened telomeres, accumulation of mutations, compromised stem cells, and ultimately, senescence.

Reproduction inhibits lifespan with regard to multicellular organisms. With regards to cellular replication, the progressive shortening of telomeres is a mechanism which limits the amount of generations a single cell may undergo. Furthermore, in unicellular organisms like Saccharomyces cerevisiae, the formation of extrachromosomal rDNA circles (ERCs) in mother cells (but not daughter cells) upon every subsequent division is an identifiable type of DNA damage that is associated with replication. These ERCs accumulate over time and eventually trigger replicative senescence and death of the mother cell. Additionally, it has been found that reproduction alters the metabolism of fat. The lipids invested in reproduction would be unavailable to the mechanisms involved in somatic maintenance.

The disposable soma theory has been consistent with the majority of animal models. It was found in numerous animal studies that castration or genetic deformities of reproduction organs was correlated with increased lifespan. Moreover, in red squirrels, it was found that females with an early primiparity achieved the highest immediate and lifetime reproductive success. However, it was also found that these same individuals had a decreased median and maximum lifespan. Specifically squirrels who mated earlier had a 22.4% rate of mortality until two years of age compared to a 16.5% rate of mortality in late breeders. In addition, these squirrels had an average maximum lifespan of 1035 days compared to an average maximum lifespan of 1245 days for squirrels that bred later.

In another study, researchers selectively bred fruit flies over three years to develop two different strains, an early-reproducing strain and a late-reproducing strain. The late-reproducing line had a significantly longer lifespan than the early-reproducing line. Even more telling was that when the researchers introduced a mutation in the ovarian-associated gene ovoD1, resulting in defective oogenesis, the differences in lifespan between the two lines disappeared. The researchers in this case concluded that "aging has evolved primarily because of the damaging effects of reproduction earlier in life".

Prominent aging researcher Steven Austad also performed a large-scale ecological study on the coast of Georgia in 1993. Austad isolated two opossum populations, one from the predator-infested mainland and one from the predator-absent nearby island of Sapelo. According to the disposable soma theory, a genetically isolated population subject to low environmentally-induced mortality would evolve delayed reproduction and aging. This is because without the pressure of predation, it would be evolutionarily advantageous to allocate more resources to somatic maintenance than reproduction, as early offspring mortality would be low. As predicted, even after controlling for predation, the isolated population had a longer lifespan, delayed primiparity, and reduced aging biomarkers such as tail collagen cross-linking.

Recent evidence suggests that the three processes might be causally linked through a reproductive–endocrine signalling axis. In the nematode C. elegans and the fruit fly Drosophila melanogaster, for example, ablation of the germline increases lifespan (Flatt et al., 2008; Hsin and Kenyon, 1999) and significantly alters lipid metabolism (O'Rourke et al., 2009; Parisi et al., 2010). Moreover, studies in C. elegans have begun to uncover the molecular mechanisms by which signals from the reproductive system regulate lipid metabolism and lifespan (Goudeau et al., 2011; Lapierre et al., 2011; McCormick et al., 2011; Wang et al., 2008).

The effect of germline ablation on longevity was also examined in D. melanogaster. The idea of this was based on the study of sterile grandchildless mutants of D. subobscura and the finding that such mutants had an extended lifespan. The ablation of the germline resulted in an increase in lifespan by 31.3% to 50% in females and 21% to 27.8% in males. Also observed was that germ cell overproliferation shortens the life of the organism. Aging delay and increased lifespan was due to the elimination of metabolic demands required to produce gametes, as a result of the removal of the germline.

As for the human models, it was found that castrated men live longer than their fertile counterparts. Further studies found that in British women, primiparity was earliest in women who died early and latest in women who died at the oldest ages. Furthermore, increased number of children birthed was associated with a decreased lifespan. A final study found that female centenarians were more likely to have children in later life compared average, especially past the age of 40. The researchers discovered that 19.2% of female centenarians had their first child after the age of 40, compared to 5.5% of the rest of the female population.

To sum up, the body can either prioritize reproduction or maintenance / regeneration not both processes simultaneously. Reproduce on a regular basis and your body will deteriorate. Stop reproducing and your body's maintenance / regeneration will become the priority.

Disposable soma theory and expensive germline hypothesis:

Currently it is one of the main theories of ageing. There are numerous studies validating it experimentally in a number of living organisms. Below are some of the studies:

• https://onlinelibrary.wiley.com/doi/abs/10.1111/ele.13593
• https://pubmed.ncbi.nlm.nih.gov/32245815/
• https://www.pnas.org/doi/10.1073/pnas.1918205117
• https://www.hfsp.org/hfsp-news-events/expensive-germline-ageing-and-hidden-costs-reproduction
• https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3567776/
• https://pdfs.semanticscholar.org/c8a2/e460d19585931531783a9f7264ecb8f64943.pdf

 

[Sprinkles]

When I’m doing energy work I noticed it’s much more potent and I can feel it better.

 

[๕ඞChick3ncu1ry]

Reproduction is an energetically costly process that has profound effects on metabolism. The disposable soma theory of aging and expensive germline hypothesis state that organisms age due to an evolutionary trade-off between reproduction and DNA repair / maintenance. Formulated by the biologist Thomas Kirkwood, the disposable soma theory explains that an organism only has a limited amount of resources that it can allocate to its various cellular processes. Therefore, a greater investment in reproduction would result in reduced investment in DNA repair and maintenance, leading to increased cellular damage, shortened telomeres, accumulation of mutations, compromised stem cells, and ultimately, senescence.

Reproduction inhibits lifespan with regard to multicellular organisms. With regards to cellular replication, the progressive shortening of telomeres is a mechanism which limits the amount of generations a single cell may undergo. Furthermore, in unicellular organisms like Saccharomyces cerevisiae, the formation of extrachromosomal rDNA circles (ERCs) in mother cells (but not daughter cells) upon every subsequent division is an identifiable type of DNA damage that is associated with replication. These ERCs accumulate over time and eventually trigger replicative senescence and death of the mother cell. Additionally, it has been found that reproduction alters the metabolism of fat. The lipids invested in reproduction would be unavailable to the mechanisms involved in somatic maintenance.

The disposable soma theory has been consistent with the majority of animal models. It was found in numerous animal studies that castration or genetic deformities of reproduction organs was correlated with increased lifespan. Moreover, in red squirrels, it was found that females with an early primiparity achieved the highest immediate and lifetime reproductive success. However, it was also found that these same individuals had a decreased median and maximum lifespan. Specifically squirrels who mated earlier had a 22.4% rate of mortality until two years of age compared to a 16.5% rate of mortality in late breeders. In addition, these squirrels had an average maximum lifespan of 1035 days compared to an average maximum lifespan of 1245 days for squirrels that bred later.

In another study, researchers selectively bred fruit flies over three years to develop two different strains, an early-reproducing strain and a late-reproducing strain. The late-reproducing line had a significantly longer lifespan than the early-reproducing line. Even more telling was that when the researchers introduced a mutation in the ovarian-associated gene ovoD1, resulting in defective oogenesis, the differences in lifespan between the two lines disappeared. The researchers in this case concluded that "aging has evolved primarily because of the damaging effects of reproduction earlier in life".

Prominent aging researcher Steven Austad also performed a large-scale ecological study on the coast of Georgia in 1993. Austad isolated two opossum populations, one from the predator-infested mainland and one from the predator-absent nearby island of Sapelo. According to the disposable soma theory, a genetically isolated population subject to low environmentally-induced mortality would evolve delayed reproduction and aging. This is because without the pressure of predation, it would be evolutionarily advantageous to allocate more resources to somatic maintenance than reproduction, as early offspring mortality would be low. As predicted, even after controlling for predation, the isolated population had a longer lifespan, delayed primiparity, and reduced aging biomarkers such as tail collagen cross-linking.

Recent evidence suggests that the three processes might be causally linked through a reproductive–endocrine signalling axis. In the nematode C. elegans and the fruit fly Drosophila melanogaster, for example, ablation of the germline increases lifespan (Flatt et al., 2008; Hsin and Kenyon, 1999) and significantly alters lipid metabolism (O'Rourke et al., 2009; Parisi et al., 2010). Moreover, studies in C. elegans have begun to uncover the molecular mechanisms by which signals from the reproductive system regulate lipid metabolism and lifespan (Goudeau et al., 2011; Lapierre et al., 2011; McCormick et al., 2011; Wang et al., 2008).

The effect of germline ablation on longevity was also examined in D. melanogaster. The idea of this was based on the study of sterile grandchildless mutants of D. subobscura and the finding that such mutants had an extended lifespan. The ablation of the germline resulted in an increase in lifespan by 31.3% to 50% in females and 21% to 27.8% in males. Also observed was that germ cell overproliferation shortens the life of the organism. Aging delay and increased lifespan was due to the elimination of metabolic demands required to produce gametes, as a result of the removal of the germline.

As for the human models, it was found that castrated men live longer than their fertile counterparts. Further studies found that in British women, primiparity was earliest in women who died early and latest in women who died at the oldest ages. Furthermore, increased number of children birthed was associated with a decreased lifespan. A final study found that female centenarians were more likely to have children in later life compared average, especially past the age of 40. The researchers discovered that 19.2% of female centenarians had their first child after the age of 40, compared to 5.5% of the rest of the female population.

To sum up, the body can either prioritize reproduction or maintenance / regeneration not both processes simultaneously. Reproduce on a regular basis and your body will deteriorate. Stop reproducing and your body's maintenance / regeneration will become the priority.

Disposable soma theory and expensive germline hypothesis:

Currently it is one of the main theories of ageing. There are numerous studies validating it experimentally in a number of living organisms. Below are some of the studies:

• https://onlinelibrary.wiley.com/doi/abs/10.1111/ele.13593
• https://pubmed.ncbi.nlm.nih.gov/32245815/
• https://www.pnas.org/doi/10.1073/pnas.1918205117
• https://www.hfsp.org/hfsp-news-events/expensive-germline-ageing-and-hidden-costs-reproduction
• https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3567776/
• https://pdfs.semanticscholar.org/c8a2/e460d19585931531783a9f7264ecb8f64943.pdf

When I’m doing energy work I noticed it’s much more potent and I can feel it better.

Jeek off twice yesterday I slept 12h

 

[Deleted member 21712]

There’s no lust when there’s no triggers.

My autoimmune got better subjectively I feel much less in pain.

I am more aware of myself and my surroundings.

Meditation becomes easier.

My focus and energy improved.

I gain muscles faster after working out.




And it’s free, I have overcome lust the Jews are beneath me.

Semen retention means not busting nuts, you seem to think semen retention means to retain other mens semen in your stomach, you're doing it wrong bro

 

[๕ඞChick3ncu1ry]

Semen retention means not busting nuts, you seem to think semen retention means to retain other mens semen in your stomach, you're doing it wrong bro

Ha Ha you are so smart and funny

 

[Deleted member 1140]

having no lust leaves a big hole in my life. i hate not being horny. no porn oke, no fap oke, but semen retention is stupid imo. ejaculating is life

 

[๕ඞChick3ncu1ry]

having no lust leaves a big hole in my life. i hate not being horny. no porn oke, no fap oke, but semen retention is stupid imo. ejaculating is life

You can ejaculate only inside a girl.

But you will never be able to ejaculate inside a girl as much as to the tissues.


Why y’all take too long to understand this?

 

[Schizoidcel]

having no lust leaves a big hole in my life. i hate not being horny. no porn oke, no fap oke, but semen retention is stupid imo. ejaculating is life

You can lust (dirty streak) and edge but most of the energy will stagnate in your groin which can make it easier to relapse. I see no benefit to ejaculating tbh, even I'm going to be a coomer, edging and feeling amazing all the time feels better long term than a short duration orgasm.

 

[Schizoidcel]

With girls you can practice white tantra. You can fuck her for hours, giving her multiply orgasms while you hold the ejaculate in. At first she'll find it odd because they're acustomed to get the man's energy but after a while she'll start craving you.

 

[๕ඞChick3ncu1ry]

you

You can lust (dirty streak) and edge but most of the energy will stagnate in your groin which can make it easier to relapse. I see no benefit to ejaculating tbh, even I'm going to be a coomer, edging and feeling amazing all the time feels better long term than a short duration orgasm.

Honestly semen retention and being in Ketosis helped me the most.