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These studies suggest that hemp cream, particularly formulations containing CBD, can provide significant pain relief for acute and chronic conditions.
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Hemp-derived products, particularly those containing cannabidiol (CBD), have gained popularity as alternative treatments for pain management. This article synthesizes recent research on the efficacy of hemp cream and other hemp-based formulations in alleviating pain, highlighting their potential benefits and mechanisms of action.
Research has shown that hemp oil extract (HOE) can exert anti-nociceptive effects, which help in reducing the sensation of pain. A study demonstrated that HOE, when used alone, has modest pain-relieving properties. However, when combined with palmitoylethanolamide (PEA), an anti-inflammatory and analgesic agent, the combination produced a significantly greater reduction in pain-related behaviors in mouse models of acute and chronic pain. This suggests that hemp oil extract can be more effective when used in combination with other analgesic agents.
CBD, a major non-psychoactive component of hemp, has been studied for its pain-relieving properties. A case series highlighted the use of a CBD cream (Baskin Essentials Body Wellness Cream) for treating lumbar compression fractures and thoracic discomfort. The patients reported significant pain relief, indicating the potential of CBD cream in managing both acute and chronic pain. This supports the notion that transdermal CBD applications can be effective in providing symptomatic relief.
A randomized, double-blind, placebo-controlled trial investigated a novel combination of full-spectrum hemp oil, calamari oil (rich in omega-3 fatty acids), and broccoli (containing glucosinolates) for chronic pain management. The study found that this combination significantly reduced pain intensity and pain interference, including improvements in sleep quality. Additionally, there was a notable decrease in oxidative stress markers among participants. These findings suggest that combining hemp oil with other beneficial dietary ingredients can enhance its pain-relieving effects.
The therapeutic potential of CBD has also been explored in veterinary studies. A study on dogs with osteoarthritis showed that both naked and liposomally-encapsulated CBD significantly decreased pain and increased mobility. The liposomal formulation, which enhances bioavailability, was as effective as higher doses of non-liposomal CBD. This indicates that CBD can be a safe and effective treatment for arthritic pain, warranting further investigation in human studies.
The current body of research supports the potential of hemp-derived products, particularly CBD and hemp oil extracts, in managing various types of pain. These products can be especially effective when used in combination with other analgesic agents or beneficial dietary ingredients. While more clinical studies are needed to fully understand their efficacy and safety, the existing evidence is promising for the use of hemp cream and other hemp-based formulations in pain relief.
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