Transdermal patches revolutionize the administration of medications and supplements. By adhering to the skin, they release the active ingredient in a controlled and optimized manner, offering a series of advantages over traditional methods. Below, we detail the key benefits of this innovative system and its influence on the delivery of compounds as significant as CBD.

Sustained Release: Unlike normal patches or other formats for administering medication or preparations such as capsules, transdermal patches offer a methodical and gradual release. This ensures a constant dosage, ideal for treatments that require regularity and consistency.

Convenience: Due to their ease of use, transdermal patches can be comfortably applied anywhere and at any time, thus avoiding the need for recurrent visits to medical centers or specialists to obtain the required and appropriate dosage.

Reduction of Side Effects: By bypassing the digestive system and requiring fewer excipients and additives, risks of gastrointestinal problems associated with oral treatments are reduced. Additionally, their mechanism of elimination implies a significantly lower hepatic load. This constant release attenuates dosage fluctuations, minimizing potential adverse effects.

Treatment Adherence: The convenience of patches encourages patients to follow their treatment, improving its effectiveness and optimizing results.

Specific Uses: In cases of absorption difficulties associated with gastrointestinal pathologies such as irritable bowel syndrome (IBS), Crohn's disease, colon resection, intestinal permeability, malabsorption syndrome, chronic or acute diarrhea, and other conditions that affect and compromise the integrity of the intestinal lining like celiac disease, transdermal patches emerge as a suitable and recommended option, allowing direct administration of nutrients and avoiding complications of passage through the digestive system.

Efficiency in CBD and Supplements: CBD and other compounds used as dietary supplements, known for their therapeutic properties, have found a powerful ally in transdermal administration. This modality promotes more direct and sustained absorption, bypassing the digestive system and, therefore, maximizing its effectiveness.