Fresh soil

Shilajits effects on healthy testosterone levels and fertility in men

Welcome back to our blog! Today, we dive headlong into an intriguing subject matter that has been attracting significant attention – and rightfully so. Hypogonadism, more commonly referred to as low testosterone, impacts an estimated 2-6% of men. Its prevalence tends to spike as men age, with approximately 40% of men over 45 years of age grappling with this condition. The symptoms, ranging from fatigue and depression to a diminished sex drive and erectile dysfunction, can be rather disruptive.

Simultaneously, infertility continues to be a challenge for approximately 15% of couples worldwide. Astonishingly, male-related factors contribute to nearly half of these cases. Common problems include sperm production issues (such as low sperm count, poor sperm motility, or abnormal sperm morphology), obstructions impeding sperm delivery, and complications related to sexual function.

Evidently, these are scenarios that everyone would prefer to sidestep. Enter Shilajit – a natural substance making waves in the health and wellness sector. Recent studies have sparked curiosity around Shilajit, suggesting it might be a potent tool in combating the issues we’ve discussed. In this blog post, we will delve into these findings and explore how Shilajit could potentially contribute to a healthier, happier, and more vibrant you.

Gardening with fulvic acid

A Natural Catalyst for Boosting Testosterone Levels

In an intriguing scientific study, researchers sought to understand the potential impact of a natural substance known as Shilajit (PS) on testosterone levels. This focus was guided by an ambition to uncover whether Shilajit might prove beneficial in enhancing testosterone secretion and stimulation. This novel research was carried out with healthy volunteers aged between 45 and 55 years.

To gather data, a host of important hormones and substances were measured at the start of the study and subsequently on the 30th, 60th, and 90th days. These substances included both total and free testosterone, Luteinising Hormone (LH), Follicle Stimulating Hormone (FSH), and DHEAs, which is the primary precursor of testosterone. The impressive analysis of this rich dataset was done using paired Student’s ‘t’ test on SPSS11.5 version software, a robust statistical platform.

Volunteers chosen for the study weren’t just anyone. They were meticulously selected based on certain criteria set by the ADAM questionnaire, ensuring that they met all inclusion requirements. Importantly, their basic health parameters, including glucose levels, renal and hepatic functions, and haematological parameters, were all within the normal range, thereby ensuring they were ideal candidates for this study.

The findings of this research were nothing short of fascinating. The group treated with Shilajit witnessed an uptick in testosterone levels over the 90-day duration. The increase was so remarkable that it turned out to be statistically significant on day 90 when compared to the baseline (P < 0.05). Contrarily, the group treated with a placebo experienced a noticeable decrease in their testosterone levels.

It didn’t stop at just testosterone. The levels of free testosterone, a form that is readily available for the body to use, also followed a similar pattern. In the Shilajit -treated group, free testosterone levels were significantly higher on day 90 compared to the baseline and the placebo group (P < 0.05).

Looking at LH and FSH, two hormones that play a critical role in testosterone production, the levels of LH remained consistent in the Shilajit -treated group, while FSH levels rose significantly during the study period. Remarkably, the increase in FSH in the Shilajit -treated group was considerably better than in the placebo group by the 90th day.

And as for DHEAs, the precursor of testosterone, there was a gradual but significant elevation over the course of the study in the Shilajit -treated group, peaking on the 90th day (P < 0.05).

Conclusively, this research provides compelling evidence for the potential of Shilajit as a natural enhancer of testosterone levels. The study suggests that Shilajit could effectively increase both total and free testosterone levels, with a profound impact visible on the 90th day. Moreover, Shilajit appears to foster testosterone synthesis, as seen in the substantial increase in DHEAs, the precursor of testosterone.

To put it in perspective for the average reader, imagine Shilajit as a catalyst that not only boosts the amount of total testosterone but also the free, ready-to-use testosterone in the body. Moreover, it seems to stimulate the production of DHEAs, which is the precursor to testosterone. It’s like turning on the tap and increasing the water flow in your testosterone production pipeline. And all this, while maintaining the levels of key hormones like LH and FSH that have a central role in triggering testosterone production.

This research, paired with previous studies that have shown Shilajit’s potential to increase spermatogenic activity in certain patients, positions purified Shilajit as a possible natural remedy to enhance total and free testosterone levels in healthy individuals. It’s an exciting discovery that could have meaningful implications in the realm of natural health supplements. Nonetheless, more research is needed to further cement these findings and explore any potential side effects or long-term impacts.

Can it impact fertility?

Navigating this topic is a bit tricky since we haven’t yet seen human trials in this specific area. Sure, we need a lot more research to get a full picture, but it’s only a matter of time before more studies pop up.

So far, most of the research we have is based on mice, but we still think it’s worth talking about. After all, the studies involving testosterone – which is closely tied to male fertility – have shown some pretty exciting results. So, even though we’re still waiting for more comprehensive human trials, these early signs are promising.

Remember, while mice studies can give us some hints, we can’t simply assume the same results will apply to humans. But, as we wait for more extensive research, these preliminary findings give us a good starting point.

Male sperm swimming to an egg. Connected to testosterone

This compelling study examined the possible usage of Shilajit as a fertility-enhancing agent, focusing on its impact on sperm production in male rats and ovulation in female rats. The researchers administered Shilajit orally to 7-week-old rats over a six-week period. The results were exciting: male rats showed a significant uptick in sperm count in the testes and epididymides compared to the control group. A deeper look into the testes of the treated rats revealed an increase in the number of cell layers in the seminiferous tubules – these are the structures within the testes where sperm is produced.

Interestingly, the researchers also evaluated the effects of Shilajit on female rats by gauging its ovulation-inducing activity. After just five days, ovulation was observed in seven out of nine rats in the Shilajit group, compared to only three out of nine rats in the control group. These findings suggest that Shilajit may have a positive effect on both sperm production and ovulation in mature rats.

Of course, we need to remember that results in rats might not translate directly to humans. However, these findings open up intriguing possibilities for further research in humans, given that Shilajit is already known to have an impact on testosterone levels, which is intrinsically linked to fertility.

This ancient substance, used in traditional medicine for a wide range of conditions, from boosting general physical strength to enhancing brain function and stabilizing blood sugar, might just have another feather to add to its cap – as a potential fertility booster. But we’ll need more research to confirm this, and as always, we’re eager to see what future studies will reveal.