Thyroid disorders can cause a massive array of physiological, and even emotional, disruptions within the body and brain.
These “disruptions” can severely affect the quality of an individual’s day to day lives, and include symptoms such as extreme weight gain or loss, heavy mood swings (along with anxiety and depression), reproductive issues (low sex drive, irregular menstrual cycles, etc), severe muscle/joint pain, neck swelling, snoring, severe fatigue/energy drain, a hoarse or scratchy voice, irregular body temperatures (especially the inability to tolerate cold weather), and cognitive issues such as brain fog, poor memory, and the inability to concentrate.
While lifestyle changes can sometimes be effective in minimizing these symptomatic conditions, the thyroid network is such a complex web of cellular machinery that it can often be difficult to pinpoint exactly what measures need to be taken in order to induce positive changes. However, this is precisely why CBD for thyroid disorder is proving to be such a revelation – by manipulating and physiologically acting upon the endocannabinoid system, the treatment works to regulate internal homeostasis on the whole-body level. This is of course entirely different from the isolated chemical pathways that prescription meds manipulate. Also, in addition to providing the ability to adapt to any number of thyroid malfunctions, CBD for thyroid disorder also presents virtually zero side effects being that it doesn’t interrupt other internal regulatory systems.
CBD for Thyroid Disorders: What the studies are showing
The incredible thing about CBD for thyroid disorder is that patients are able to use a single medication (typically a high-quality CBD oil) to treat virtually any and every form of thyroid malfunction; hypothyroidism, hyperthyroidism, goiter, thyroiditis, and even thyroid storm have all been anecdotally documented to be efficiently and successfully treated with CBD. More importantly, though, there have been plenty of published scientific studies showcasing the cannabinoid’s therapeutic regulatory effects on the hormone-secreting endocrine gland.
For example, a 2002 study published in the European Journal of Endocrinology has proposed evidence of functional CB receptors in rat thyroids, with the ability to modulate both T3 and T4 hormone release. For the study, a molecular “detection” technique called immunohistochemical localization was used to showcase the intracellular presence of the cannabinoid receptors, and a 30% decrease in hormone release was observed within four hours of administration of the active cannabinoid. In layman’s terms, a 30% decrease in hormone release was observed as a direct result of cannabinoid presence in the rat thyroid.
Likewise, a 2009 publication in the major medical journal Endocrinology showcased the potential ability of CBD to innervate (activate) hormone-synthesizing, thyrotropin-releasing axons between the thyroid gland and the central nervous system.
If both of these studies were to be substantialized in clinical trials, it would effectively prove that CBD has the potential to both suppress thyroid overactivity, and promote hormone release in thyroid underactivity. And considering the whole-body nature of the endocannabinoid system and its network of receptors (which have been found in virtually every single cell and tissue type), this would make perfect sense.
Additionally, CBD has been known to treat the underlying causes of thyroiditis, which is inflammation of the gland itself. Cannabinoids are well known for their anti-inflammatory properties, and dozens of studies have been published which clearly document the cannabinoid’s role in reducing inflammation in a wide range of organs and specialized tissue types.
The bottom line
While is there have yet to be any specific clinical trials done on CBD for thyroid disorders, the burgeoning understanding of CBD’s mechanisms within the greater internal endocannabinoid network has been more than enough to incite the notion that CB receptors may very well play a crucial role in homeostatic thyroid regulation, as well as proper cell-to-cell communication between the thyroid, brain, and the body’s network of organ structures.
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