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Detroit Edibles
• HYBRIDEDIBLES
0.34% THC
Total
$12.00
Special Offer
Detroit Edible Company is a proud Michigan based team with many years of experience within the industry. The journey from their humble beginning of a dream and the heart to serve a community has been life changing. Their goal has been to keep their customers and patients satisfied with a quality edible that is consistently dosed. Watching their company grow from that humble start to the finest and most recognizable brand in Michigan has been a privilege and an honor that we owe to their customers and patients.
Complete breakdown of active compounds
0.07%
CBN is a cannabinoid that is created during the breakdown of THC by UV light and exposure to oxygen. This breakdown usually begins during the drying and curing process. CBN is most commonly found in older or improperly stored cannabis samples. This compound is mildly psychoactive and is best known for its sedative effects. Strains and products with high concentrations of CBN can be a great choice for users looking to utilize cannabis products to ease restlessness and promote healthy sleep.
3.47%
Delta 9 THC is the primary compound found in the resinous glands of a cannabis plant, and is directly responsible for psychoactive effects. It mirrors the body’s naturally occurring cannabinoids and attaches to these receptors to alter and enhance sensory perception. THC can create a feeling of euphoria by enhancing dopamine levels in the brain. The amount of THC in a cannabis product can vary widely based on the method of consumption and the strain at the source of that product. The high that is produced is often enhanced by the “entourage effect” which is a combination of multiple cannabinoids in conjunction with various terpenes and individual body chemistry.
THC (Tetrahydrocannabinol)
The primary psychoactive compound that produces euphoria and altered perception.
CBD (Cannabidiol)
Non-intoxicating compound known for therapeutic benefits without the high.
CBG (Cannabigerol)
Non-psychoactive with potential antibacterial and anti-inflammatory properties.