Chemdawg (Hybrid)

Description

Strain Info

Strain Name: Chemdawg
Type: hybrid
Grade: AAAA
Nose:  AAAA – earthy, pungent, sweet, diesel
Taste:  AAAA – chemical, diesel, pine
Burn:  AAAA – Fairly slow burning with a white ash. Appears well flushed.
Visual: AAA – fairly resinous small to medium buds.this batch has smaller nugs than our previous batches.which is reflected in the lower price. Lots of orange pistils. Stem snaps, product is dried properly.

Info: Chemdawg’s origins are shrouded in mystery but it is responsible for a host of successful crosses and has become famous in its own right. Some say it spawned the strains Sour Diesel and OG Kush, others that these are it’s parents although most likely the former is true and its parents are actually Thai and Nepalese sativa landrace strains. Chemdawg can be very potent and the effects can last longer than with most other flowers. The high is happy and cerebral (some even say creative), combined with a very relaxing heavy-body stone from its indica side. Good for stress, pain, depression, anxiety, insomnia, nausea and lack of appetite.

Lab Data

Sample submitted: Chem Dawg hybrid cannabis flowers
Notes: Free from visible contamination and foreign matter.

Activated vs non-activated: activated cannabinoids are non-acidic (neutral) and are the form utilized by the human brain/ body. Activation occurs via heating (smoking, vaporizing, cooking). Cannabinoids in the natural plant are acidic (non-activated) and need to be converted to their neutral form in order to be utilized by the human body. Therefore one would expect fresh cannabis buds to contain mainly non-activated cannabinoids. Processed materials (baked goods, heated extracts) should be higher in the activated forms.

Absent Cannabinoids: if a cannabinoid or terpene is blank, it is not necessarily absent but below the limit of detection by the detector (usually less than 0.01%).

Cannabis Potency Summary Table:
Three tests of each sample were analysed and summarised below:

•when reporting totals, acidic cannabinoids are multiplied by 0.877 to account for loss of mass from decarboxylation upon heating (activating)