Dessert Mints
Dessert Mints
Overview
Dessert Mints is an indica-dominant hybrid cannabis strain developed by Alchemy Genetics, created from crossing Wedding Cake BX1 with Kush Mints F2. This strain represents the intersection of two highly popular genetic lines in the contemporary cannabis market - the dessert-themed Wedding Cake lineage known for its sweet, vanilla-forward terpene profile, and the cooling mint family strains that have dominated dispensary menus since the late 2010s. Wedding Cake, itself a cross of Triangle Kush and Animal Mints, contributes robust indica effects and sweet, cake-like aromatics, while Kush Mints brings the refreshing minty characteristics and balanced hybrid effects derived from its Bubba Kush and Animal Mints parentage.
As part of the broader Mints strain family that has reshaped modern cannabis through confectionary aromatics and heavyweight potency, Dessert Mints likely exhibits the characteristic dense trichome coverage and resin production associated with these genetics. The strain can be cultivated indoors, outdoors, or in greenhouse environments, with a flowering time of approximately 60 days. However, detailed information about this particular strain's specific effects, terpene profile, and cannabinoid content remains limited, as it appears to be a relatively new or specialized release with minimal user reports and laboratory testing data publicly available.
Effects
Reported Medical Uses
- Users may report relief from insomnia
- May help with stress and anxiety
- Often used for pain management
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
Dessert Mints can be cultivated indoors, outdoors, and in greenhouse environments. The strain has a flowering time of approximately 60 days (8-9 weeks). Based on its indica-dominant genetics and Wedding Cake/Kush Mints lineage, growers can expect dense, resinous buds with good trichome production. The strain is available only as regular (non-feminized) seeds from Alchemy Genetics. Specific yield information and growing difficulty are not currently documented, though strains from this genetic background typically require standard cannabis cultivation practices.