Many doctors actually recommend this to men… but you should know this first!
Story-At-a-Glance
Matt Cook here, and I’ve noticed a sinister theme of doctors failing to warn men about potential devastating side effects…
And it’s not the doctors fault — it’s Big Pharma.
Many doctors aren’t shown the real risks associated with many common male procedures, just the benefits.
And Big Pharma works very hard to bury studies that don’t align with their profits.
So men aren’t being warned… and they are risking it all, even their rockiness…
—-Important Message From Richard La Ruina—-
Never ask her out and get mattress time with her every time
I’ve become a bit of a p***y with this new method I perfected.
I can’t stand rejection anymore.
I NEVER do what I used to do — how could I ask girls out and risk all that rejection?
I’m spoiled with my new stealth discovery.
I’m not going to brag.
For now, for any guy using stealth attraction, he has his pick of the litter.
Younger girls, attractive girls, knockout girls…
I put my method into this short little video — watch it only if you are sick of rejection and never want to get rejected again — but want to get laid like crazy
(WARNING: This video contains triggers and may be NSFW or not good for guys trying to avoid adult triggers.)
———-
Beware – doctors won’t tell you what this procedure might do to your rockiness
The potential health risks of a vasectomy are quite controversial.
Many associations have been made with vasectomies and health problems, but there is relatively little high-quality research in humans.
A number of studies have been published showing a relationship between increased atherosclerosis and cardiovascular problems in men who have had a vasectomy.
But it’s very difficult to say that a vasectomy is the cause of these problems in those types of studies.
For any degree of certainty you really need long-term, high-quality research.
However, we do have good data on the effects of vasectomies on atherosclerosis in different types of monkeys.
In monkeys, vasectomies seem to cause severe atherosclerosis. Researchers were surprised to find that this was the case even in animals on a low-fat, low cholesterol diet.
The animal research was carried out at the Bowman Gray School of Medicine in North Carolina.
The findings were published in the Journal of Clinical Investigation.
A number of studies have reported on links between cardiovascular problems and vasectomies in men.
“Vasectomy may accelerate the development of peripheral arterial disease in men, but careful investigation of larger numbers of vasectomized and matched control subjects is required for firm conclusions.”
Because this is weak evidence and these types of human trials are unlikely, some researchers started doing animal experiments.
The first monkey experiments showed a clear relationship between vasectomies and atherosclerosis — the buildup of plaques inside the blood vessels.
“We demonstrated previously that atherosclerosis develops more extensively in vasectomised macaques fed an atherogenic diet.”
The study at hand was a follow-up to that research.
It involved testing a different type of diet in a different species of monkey.
This time, male rhesus monkeys were used.
Monkeys were split into different groups, some were vasectomised and some were not.
The monkeys were fed different diets this time, the diets were low in fat and cholesterol — believed to be a major trigger for atherosclerosis.
(Certain types of fat are a trigger for atherosclerosis — cholesterol isn’t.)
The researchers found that these vasectomised monkeys also had far more severe atherosclerosis.
“Monkeys vasectomised for 9-14 years and fed monkey chow devoid of cholesterol and low in fat had more extensive and severe atherosclerosis than did control animals of the same age.”
70% of the vasectomised monkeys had atherosclerosis of the thoracic aorta.
None of the non-vasectomised monkeys had this type of atherosclerosis.
“No control animals were found to have plaques in the thoracic aorta, but 7 of 10 vasectomised monkeys were affected.”
Some animals in both groups had atherosclerosis in the abdominal aorta.
But that atherosclerosis was far more severe in the vasectomised monkeys.
“4/7 control monkeys and 7/10 vasectomised monkeys had atherosclerotic lesions in the abdominal aorta – but the legions were considerably more extensive and severe in the vasectomised animals.”
The most significant differences were found in the iliac arteries — blood vessels in the lower abdomen.
Atherosclerosis was 3 times worse in the iliac arteries of vasectomised monkeys.
“Lesions were also more common in iliac arteries of vasectomised animals, and the extent was increased about threefold.”
The reason for the relationship between atherosclerosis and vasectomies is not entirely clear.
But some researchers believe that it’s due to the production of antisperm antibodies.
The testicles still produce sperm — but because of the vasectomy, the body has no natural way to get rid of them.
So it produces antisperm antibodies to dissolve the sperms.
The researchers theorize that this process can cause problems in the body, including increased atherosclerosis.
“We suggest that the antisperm antibodies that form after vasectomy may result in circulating immune complexes that exacerbate atherosclerosis.”
Unfortunately, vasectomies is not the simple, risk-free process that it has been made out to be in the last few decades.
—-Important Message From Matt—-
These 5 foods help destroy plaque in the arteries and boost penile blood flow
I’ve found 5 delicious foods that can really help with getting better penile blood flow.
These foods contain nutrients that the body needs to blast plaque out of the arteries.
They also help open up and relax the arteries which improves blood flow ALL over the body.
So even erections gets a boost!
Here are the 5 foods — you may have eaten 1 already today
Long-term vasectomy: effects on the occurrence and extent of atherosclerosis in rhesus monkeys
https://pubmed.ncbi.nlm.nih.gov/6765957/
Vasectomy and atherosclerosis: an association in man?
https://pubmed.ncbi.nlm.nih.gov/6883050/