Chat
Biscotti Cake

Biscotti Cake

1 harvest
hybrid
Genes
20%
THC
1%
CBD
1
Diaries
1 harvest
hybrid
Genes
20%
THC
1%
CBD
1
Diaries

Biscotti Cake is a slightly dominant sativa hybrid known for its delectable mouthwatering flavor and uplifting euphoric high. This Biscotti and Wedding Cake cross contains 20% THC and 1% CBD, making it perfect for both rec and medical consumers. Moderately difficult to grow, Biscotti Cake requires specific temperatures and humidity levels to thrive, while sea of green (SOG) or low stress training and regular pruning ensure adequate airflow and can help prevent mold and mildew. These medium-sized plants are ideal for indoor and outdoor cultivation and do well in soil and hydroponic setups. Flowering time is around 56-63+ days, putting out high yields of bright olive green buds with subtle purple hues that are covered in sparkly trichome crystals. The flavor of Biscotti Cake is everything its name suggests. Its sweet and nutty flavor is rich with vanilla notes giving it the distinct taste of a biscotti cookie, with a lemon citrus finish for a beautiful balance that makes it one you’ll want to keep smoking on. Except an almost instant boost of euphoric cerebral bliss that’s accompanied by soothing body effects — delivering a lovely balanced hybrid high with a tinge of extra energy thanks to its slight sativa dominance. You’ll find yourself lifted and upbeat, filled with creative inspiration and a super sociable vibe. The body high is relaxed enough to keep you grounded without heavy sedation, making Biscotti Cake ideal for socializing and working on creative projects. Common adverse effects include dry mouth, dry eyes, and dizziness. Its uplifting relaxed high combined with its 20% THC / 1% CBD concentration make it a popular medical strain, with patients reporting it helps with chronic pain, migraines, headaches, stress, and depression.

Show more
Positive Effects:
Negative Effects:
Indica
Hybrid
Sativa

Sort by
creation date
review
review
creation date
creation date
a-z
a-z
g/watt
g/watt
g/plant
g/plant