Cna .75g Pr 5PK Chocolate Pie

With flower being the root of every cannabis product, ROL growers dedicate their time to carefully cultivate every plant methodically. We grow a variety of strains that have unique effects categorized into three different categories known as, indica, hybrid and sativa. Even though the THC potency can be the same, the effects and feelings are very different depending on which category your strain of choice is categorized in. Indica is great for soothing the mind, body and soul; usually best consumed for resting times as this puts you in a deeper state of relaxation, it is perfect to be consumed before bed. Sativa is great for awakening the mind, energizing the body and uplifting the soul; usually consumed in the morning or during the day to enhance creativity, the outdoors and social settings. Hybrid is a mix of both effects, depending on the strain some hybrids are more indica-dominant and others are more sativa-dominant. No matter which strain you try out, be sure to savor the aroma and admire the glistening trichomes of every nug grown by Rhythm of Life. Indulge in the mouth-watering terpene profile of Chocolate Pie, a sativa delight that will tantalize your senses from the first whiff. This decadent strain boasts a rich aroma that blends notes of sweet chocolate, freshly baked pastries, and an earthy muskiness reminiscent of freshly tilled soil. As you take your first toke, Chocolate Pie’s smooth and creamy smoke will caress your palate with delicious cocoa flavors that linger pleasantly on your tongue. Don’t let the delectable name fool you – this strain packs an invigorating cerebral buzz capable of elevating your mind to euphoric new heights. Chocolate Pie’s energizing and uplifting effects are perfect for jump-starting your day or boosting your creativity and productivity. Wave after wave of motivated bliss will wash over you, inspiring your inner muse while alleviating stress and negativity. You’ll find yourself wrapped in a warm blanket of euphoria, able to tackle tasks with laser-focused determination.