Love Girl Scout Cookies? Thin Mint is a less common but equally impressive phenotype of the famous strain. Featuring around 24% THC, this hybrid is often one of the most potent on the shelf.
Thin Mint Girl Scout Cookies is a phenotype of the legendary Girl Scout Cookies strain. This strain often features up to a whopping 24% THC. While potent, the overall effects of this strain are easygoing and mild.
Thin Mint Girl Scout Cookies provides a fairly balanced hybrid high that leans toward sedative in terms of effects. While often strong for even experienced consumers, the overall effects of this strain are sleepy, cerebral, and laid back.
While the effects of Thin Mint are certainly noticeable, this strain isn’t so tranquilizing that it will put you to sleep. Though drowsy, the experience this strain offers is pleasant, happy, sleepy, and euphoric.
In high doses, you may find yourself drifting off or stuck to the couch. In moderate doses, however, this strain makes for a great afternoon bud. Getting things done may not be a top priority after a little Girl Scout Cookies, but this strain can certainly inspire a mellow kind of focus. Some recreational marijuana consumers may find the cerebral and creative effects of this strain particularly enjoyable.
Marijuana fans can enjoy this marijuana strain in a number of different ways, including;
Like its mother, this cannabis strain is potent. A well-grown plant can feature up to 24 percent THC, making this strain one of the most potent flowers on the shelf.
The aroma of this bud is something special. Featuring a little sweet ‘n spicy kick, this strain features cool mint flavors with plenty of sweetness. Pair this bud with some dark chocolate and mint ice cream.
A visual treat, this marijuana strain often features deep green and purple coloration. Some fan leaves can look almost black, while flowers take on lavender-speckled coloration.
Medical marijuana patients will likely appreciate the long-lasting effects of Thin Mints, in addition to its wide range of medicinal applications.