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Bororganic Glycine

Also known as: Bororganic glycine, Boron amino acid chelate, Boron glycinate

Overview

Boron glycinate, also known as bororganic glycine or boron amino acid chelate, is a highly bioavailable chelated form of the essential trace element boron. Boron is naturally present in various foods like fruits, vegetables, nuts, and legumes, and is not synthesized by the human body, making dietary intake crucial. This supplement is primarily utilized to support bone health, regulate hormone levels (specifically testosterone and estrogen), and potentially improve urinary tract health. It is also being investigated for its anti-inflammatory and antioxidant properties. The chelation of boron with glycine is believed to enhance its absorption and bioavailability compared to inorganic boron salts. While boron's general biological roles are increasingly understood, specific high-quality human research on bororganic glycine is still developing, with most evidence stemming from broader boron studies.

Benefits

Boron glycinate offers several potential benefits, primarily supported by research on boron in general, with some specific findings for the chelated form. A notable randomized, double-blind, placebo-controlled study involving a multi-ingredient formula containing 10 mg of boron as bororganic glycine demonstrated a significant 50% reduction in lower urinary tract symptoms (LUTS) severity and a 42% improvement in quality of life in men experiencing mild nighttime urinary frequency (nocturia) over 60 days. This suggests a clinically meaningful effect, though it was observed within a complex formula. Boron supplementation has also been linked to hormonal modulation, with small studies indicating potential increases in free testosterone and reductions in estrogen levels. Additionally, boron is thought to possess anti-inflammatory properties, which may contribute to its effects on urinary symptoms and bone health. It also influences mineral metabolism, potentially enhancing the retention of calcium and magnesium, which are vital for bone density. While postmenopausal women might experience increased estrogen levels with boron, the clinical significance of this effect is not yet fully clear. The evidence for these benefits ranges from preliminary findings in small studies to more robust, though still limited, clinical trials.

How it works

Boron glycinate exerts its effects through several biological pathways. It significantly influences steroid hormone metabolism, potentially leading to an increase in free testosterone and a modulation of estrogen levels. This interaction with the endocrine system is a key mechanism. Furthermore, boron plays a crucial role in mineral metabolism, enhancing the retention and utilization of essential minerals like calcium and magnesium, which are vital for maintaining strong and healthy bones. This impacts the skeletal system. Its influence on the urinary system, particularly in modulating symptoms like nocturia, is likely due to its anti-inflammatory properties and broader systemic effects. The chelation of boron with glycine improves its absorption and bioavailability, allowing for more efficient delivery to the body's systems and molecular targets, which include enzymes involved in steroidogenesis and mineral transport proteins.

Side effects

Boron supplements, including bororganic glycine, are generally considered well-tolerated when taken at typical recommended dosages, such as 10 mg per day. Clinical trials have not reported any significant common side effects at these levels. Data on uncommon or rare side effects are limited, but no major adverse events have been documented in controlled studies. However, caution is advised regarding potential drug interactions, particularly with hormone therapies or other mineral supplements, due to boron's influence on hormone and mineral metabolism. Boron glycinate is not recommended for use during pregnancy or breastfeeding without direct medical supervision, as safety in these populations has not been established. Special consideration should also be given to postmenopausal women and individuals with pre-existing hormonal imbalances, as their responses to boron supplementation may vary. The safety of boron glycinate in children has also not been established, and it should be avoided in this demographic. The upper tolerable intake level for boron in adults is generally considered to be around 20 mg per day; exceeding this dose may increase the risk of toxicity, although specific toxic effects are typically associated with much higher, acute exposures.

Dosage

The minimum effective dose of bororganic glycine, based on clinical studies, appears to be approximately 10 mg per day. This dosage was used in a study that showed significant improvements in lower urinary tract symptoms. The optimal dosage range for bororganic glycine is generally considered to be around 10 mg per day, as this dose has demonstrated both efficacy and a favorable safety profile. While higher doses may be used, caution is advised, as the upper tolerable intake level for boron in adults is set at 20 mg per day; exceeding this limit may increase the risk of adverse effects. For specific conditions like urinary symptoms, the supplement was often taken once daily, sometimes before bedtime. The chelated form, bororganic glycine, is preferred over inorganic boron salts due to its superior absorption and bioavailability, meaning the body can utilize it more effectively. Adequate dietary intake of cofactors like calcium and magnesium may further support boron's beneficial effects in the body.

FAQs

Is bororganic glycine safe for long-term use?

While long-term data are limited, doses around 10 mg/day are generally considered safe based on current research and the established upper tolerable intake level for boron.

Can it improve testosterone levels?

Some small studies suggest boron may increase free testosterone and modulate estrogen, but this evidence is preliminary and requires further large-scale research for confirmation.

How soon do benefits appear?

In a clinical study, improvements in urinary symptoms were observed after 60 days of consistent supplementation with a formula containing bororganic glycine.

Is it better than other boron forms?

Chelated forms like bororganic glycine are generally considered to have superior absorption and bioavailability compared to inorganic boron salts, potentially leading to better efficacy.

Does it interact with other supplements?

Yes, potential interactions exist with hormone therapies or other mineral supplements due to boron's influence on hormone and mineral metabolism. Consult a healthcare professional.

Research Sources

https://www.lifeextension.com/magazine/2019/7/reduce-nightime-urinary-frequency-in-men – This article discusses a 60-day randomized, double-blind, placebo-controlled study where a supplement containing 10 mg of boron as bororganic glycine, among other nutrients, led to a 50% reduction in lower urinary tract symptoms (LUTS) severity and a 42% improvement in quality of life in men with mild nighttime urinary frequency. The study highlights the potential of bororganic glycine in improving urinary health, though it notes the multi-ingredient nature of the tested formula.
https://www.webmd.com/vitamins/ai/ingredientmono-894/boron – This source provides a general overview of boron, including its effects on mineral metabolism and hormone levels. It mentions that boron influences calcium, magnesium, and phosphorus metabolism and may increase estrogen levels in postmenopausal women. The information is based on various studies, including observational and animal research, indicating boron's broad biological roles.
https://blog.priceplow.com/formulators-corner/gg-gold-formula-ideas – This article, while discussing supplement formulation ideas, references small studies and mechanistic research suggesting boron's potential to increase free testosterone and reduce estrogen. It supports the inclusion of boron in testosterone-boosting formulas, emphasizing that while promising, the evidence is preliminary and warrants further rigorous clinical trials.