Edibles have become a popular way of consuming cannabis, and the market for edibles is constantly expanding. Edibles come in many forms, such as gummies, chocolate, and baked goods, and can be made using different techniques. One technique that has been gaining popularity is nano-enhanced/infused edibles. These edibles are different from regular edibles, and in this article, we will explore their differences.

What are Edibles?

Edibles are cannabis-infused foods that provide a convenient and discrete way to consume cannabis. Edibles come in many forms and flavors, and their effects can last for several hours. When ingested, THC, the psychoactive compound in cannabis, is metabolized by the liver, which converts it into a more potent compound called 11-hydroxy-THC. This compound is responsible for the longer-lasting and more intense effects of edibles compared to smoking or vaping.

What are Nano-Enhanced/Infused Edibles?

Nano-enhanced/infused edibles are edibles that use nanotechnology to enhance the delivery of cannabinoids, such as THC and CBD, to the body. Nanotechnology involves the manipulation of particles at the nanoscale, which allows for the creation of particles with unique properties. In the case of nano-enhanced/infused edibles, the cannabinoids are broken down into tiny particles, which are then coated with a lipid layer. This lipid layer protects the cannabinoids from being broken down by the digestive system, allowing for better absorption and faster onset of effects.

Differences Between Regular Edibles and Nano-Enhanced/Infused Edibles

Onset of Effects

The onset of effects is one of the biggest differences between regular edibles and nano-enhanced/infused edibles. Regular edibles can take anywhere from 30 minutes to 2 hours to take effect, while nano-enhanced/infused edibles can take effect in as little as 15 minutes. This faster onset of effects is due to the smaller particle size of the cannabinoids, which allows for quicker absorption into the bloodstream.

Duration of Effects

The duration of effects is another difference between regular edibles and nano-enhanced/infused edibles. Regular edibles can last anywhere from 4 to 12 hours, depending on the dose and individual factors such as metabolism. Nano-enhanced/infused edibles, on the other hand, tend to have a shorter duration of effects, usually lasting 2 to 4 hours.

Potency

Nano-enhanced/infused edibles tend to be more potent than regular edibles. This is due to the increased bioavailability of the cannabinoids, which allows for more efficient absorption into the bloodstream. As a result, nano-enhanced/infused edibles may require a lower dose to achieve the desired effects compared to regular edibles.

Taste and Texture

Regular edibles and nano-enhanced/infused edibles can have different taste and texture. Nano-enhanced/infused edibles tend to have a smoother texture and may be less grainy or gritty compared to regular edibles. Additionally, nano-enhanced/infused edibles may have a more uniform flavor profile, as the smaller particle size of the cannabinoids allows for more even distribution throughout the edible.

Manufacturing Process

The manufacturing process for regular edibles and nano-enhanced/infused edibles can be different. Nano-enhanced/infused edibles require additional steps to break down the cannabinoids into smaller particles and coat them with a lipid layer. This can make the manufacturing process more complex and time-consuming compared to regular edibles.

Regular edibles and nano-enhanced/infused edibles are both popular ways to consume cannabis. However, they differ in their onset and duration of effects, potency, taste and texture, and manufacturing process. Nano-enhanced/infused edibles offer faster onset, shorter duration, increased potency, smoother texture, and a more uniform flavor profile compared to regular edibles. However, the manufacturing process for nano-enhanced/infused edibles can be more complex and time-consuming. Ultimately, the choice between regular edibles and nano-enhanced/infused edibles depends on personal preference and desired effects.