• Total active cannabinoids 85.5103%
  The sum of cannabinoids present in a cannabis sample that have psychoactive or therapeutic effects.
• Total THC 78.2329%
  Total amount of delta-9-tetrahydrocannabinol, the primary psychoactive cannabinoid in cannabis.
• Total CBD 0.4134%
  Total amount of cannabidiol, a non-intoxicating cannabinoid known for its potential therapeutic effects.

Tests Performed

• Cannabinoid potency PASSED
  Analysis of major cannabinoids by advanced chromatography. Cannabinoids make up the Total Active Cannabinoids (or TAC) number you typically see on batch labels. See the Cannabinoids and Terpenoids section for greater detail on exactly which cannabinoids are present in this product and batch and how they map to some of the unique mental and physical effects for each cannabinoid.
• Foreign materials PASSED
• Heavy metals PASSED
  The cannabis plant is an excellent bioremediator, soaking up a large majority of whatever the roots come in contact with. Using an Inductively Coupled Plasma Mass Spectrometer (ICP-MS), labs can quantify the amount of Arsenic (As), Cadmium (Cd), Mercury (Hg), and Lead (Pb), which can cause serious health problems if consumed even at very low levels.
• Microbials PASSED
  Yeast, mold, and bacteria, including E. coli and Salmonella, are microbiological contaminants that may be found in cannabis. Inhaling even small amounts of microbiological contaminants may lead to infections, especially in patients with compromised immune systems. By utilizing validated Most Probable Number (MPN) methods and Enzyme Linked Fluorescent Assay (ELFA), labs can confirm microbiological contaminants for any product.
• Mycotoxins PASSED
  Toxic compounds produced by certain molds that can contaminate cannabis and pose health risks.
• Pesticides PASSED
  Pesticides are used to protect plants from biological pests, contaminants, and diseases. When inhaled, especially by patients with compromised immune systems, even small amounts of pesticides can cause serious health problems.
• Residual solvents PASSED
  Solvents are used to separate cannabinoids and terpenes from the rest of the plant material during extraction. Following extraction, residual amounts of the solvents used may remain in the consumable product. Consuming products with high concentrations of residual solvents may be hazardous to a patient's health.

• Pesticides are chemicals used to control pests such as insects, fungi, and weeds. Their residues can pose health risks if not properly monitored and controlled.
• Abamectin ND
• Acephate ND
• Acequinocyl ND
• Acetamiprid ND
• Aldicarb ND
• Azoxystrobin ND
• Bifenazate ND
• Bifenthrin ND
• Boscalid ND
• Captan ND
• Carbaryl ND
• Carbofuran ND
• Chlorantraniliprole ND
• Chlordane ND
• Chlorfenapyr ND
• Chlorpyrifos ND
• Clofentezine ND
• Coumaphos ND
• Cyfluthrin ND
• Cypermethrin ND
• Daminozide ND
• Diazinon ND
• Dimethoate ND
• Dimethomorph ND
• Ethoprophos ND
• Etofenprox ND
• Etoxazole ND
• Fenhexamid ND
• Fenoxycarb ND
• Fenpyroximate ND
• Fipronil ND
• Flonicamid ND
• Fludioxonil ND
• Hexythiazox ND
• Imazalil ND
• Imidacloprid ND
• Kresoxim Methyl ND
• Malathion ND
• Metalaxyl ND
• Methiocarb ND
• Methomyl ND
• Methyl Parathion ND
• Mevinphos ND
• Myclobutanil ND
• Naled ND
• Oxamyl ND
• Paclobutrazol ND
• Pentachloronitrobenzene ND
• Permethrin ND
• Phosmet ND
• Piperonyl Butoxide ND
• Prallethrin ND
• Propiconazole ND
• Propoxur ND
• Pyrethrin II ND
• Pyridaben ND
• Spinetoram ND
• Spinosyn A ND
• Spiromesifen ND
• Spirotetramat ND
• Spiroxamine ND
• Tebuconazole ND
• Thiacloprid ND
• Thiamethoxam ND
• Trifloxystrobin ND
• Dichlorvos ND

• THCa 87.0043%
  Tetrahydrocannabinolic acid, the precursor to THC found in raw cannabis which becomes THC when heated.
• CBGa 6.9015%
  Cannabigerolic acid, the precursor to major cannabinoids like THC and CBD.
• Δ9-THC 1.9301%
  THC, Δ⁹-THC, or tetrahydrocannabinol, is the chemical compound in cannabis responsible for a euphoric high. THC has a wide range of short-term effects which may or may not be experienced depending on the individual. For example, while some may find that THC elicits strong feelings of calm and peace, others may notice an increase in their anxiety levels. The difference can be as simple as one’s own body chemistry, but certain strains and varying concentrations of THC can also create different outcomes in how one feels.
• CBG 0.4944%
  CBG is a non-intoxicating cannabinoid, meaning it doesn’t produce the “highs” that are synonymous with THC. Because it is present in low levels (usually less than 1%) in most cannabis strains, CBG is considered a minor cannabinoid. CBG is thought to be particularly effective in treating glaucoma because it reduces intraocular pressure. It is a powerful vasodilator, has neuroprotective effects, can reduce inflammation, and have antibacterial properties.
• CBD 0.4134%
  CBD, or Cannabidiol, is typically the second-most abundant cannabinoid in cannabis, but this isn’t always the case. High-CBD strains tend to deliver very clear-headed, functional effects without the euphoric high associated with high-THC strains. They’re typically preferred by consumers who are extremely sensitive to the side effects of THC (e.g., anxiety, paranoia, dizziness). A high-CBD strain would also be a great choice for someone needing to medicate throughout the day to control pain, inflammation, anxiety, or other chronic conditions.
• CBC 0.317%
  Cannabichromene, also known as CBC, was discovered over 50 years ago and is considered one of the “big six” cannabinoids prominent in medical research. It doesn’t get as much attention, but CBC’s benefits are extremely promising for anything from cancer, alzheimer's, general pain and inflammation, depression, and even acne.
• Δ8-THC ND
  Delta-8-tetrahydrocannabinol, a cannabinoid with psychoactive properties similar to delta-9-THC but less potent.
• THCV ND
  Tetrahydrocannabivarin, a cannabinoid that may have different effects than THC, potentially influencing appetite and metabolism.
• CBDa ND
  Cannabidiolic acid, the precursor to CBD found in raw cannabis which converts to CBD when heated.
• CBDV ND
  Cannabidivarin has not been studied as much as the aforementioned cannabinoids but scientists are keen on understanding the cannabinoid’s anticonvulsant abilities. CBDV has been able to treat nausea and seizures from debilitating conditions like epilepsy according to multiple studies. There is also evidence of its ability to relieve nausea.
• CBDVa ND
  Cannabidivarinic acid, a precursor to CBDV found in raw cannabis which converts to CBDV when heated.
• CBN ND
  Cannabinol, a mildly psychoactive cannabinoid formed when THC ages or is exposed to oxygen.

• Solvents remaining in cannabis extracts after extraction, which can be harmful if consumed.
• Acetone 130.6116PPM
  Examples of solvents used in extraction processes or potential contaminants if present in finished cannabis products.
• Propan-2-ol (Isopropanol) 78.1873PPM
  Examples of solvents used in extraction processes or potential contaminants if present in finished cannabis products.
• Acetonitrile <LOQ
  Examples of solvents used in extraction processes or potential contaminants if present in finished cannabis products.
• Benzene ND
  Examples of solvents used in extraction processes or potential contaminants if present in finished cannabis products.
• Butane ND
  Examples of solvents used in extraction processes or potential contaminants if present in finished cannabis products.
• Chloroform ND
  Examples of solvents used in extraction processes or potential contaminants if present in finished cannabis products.
• 1,2-Dichloro-Ethane ND
  Examples of solvents used in extraction processes or potential contaminants if present in finished cannabis products.
• Ethanol ND
  Examples of solvents used in extraction processes or potential contaminants if present in finished cannabis products.
• Ethylene Oxide ND
  Examples of solvents used in extraction processes or potential contaminants if present in finished cannabis products.
• Ethyl-Acetate ND
  Examples of solvents used in extraction processes or potential contaminants if present in finished cannabis products.
• Ethyl-Ether ND
  Examples of solvents used in extraction processes or potential contaminants if present in finished cannabis products.
• Heptane ND
  Examples of solvents used in extraction processes or potential contaminants if present in finished cannabis products.
• Methanol ND
  Examples of solvents used in extraction processes or potential contaminants if present in finished cannabis products.
• Methylene-Chloride ND
  Examples of solvents used in extraction processes or potential contaminants if present in finished cannabis products.
• m,p-Xylene ND
  Examples of solvents used in extraction processes or potential contaminants if present in finished cannabis products.
• n-Hexane ND
  Examples of solvents used in extraction processes or potential contaminants if present in finished cannabis products.
• o-Xylene ND
  Examples of solvents used in extraction processes or potential contaminants if present in finished cannabis products.
• Pentane ND
  Examples of solvents used in extraction processes or potential contaminants if present in finished cannabis products.
• Propane ND
  Examples of solvents used in extraction processes or potential contaminants if present in finished cannabis products.
• Toluene ND
  Examples of solvents used in extraction processes or potential contaminants if present in finished cannabis products.
• Trichloroethene ND
  Examples of solvents used in extraction processes or potential contaminants if present in finished cannabis products.
• Xylenes ND
  Examples of solvents used in extraction processes or potential contaminants if present in finished cannabis products.

• Toxic metals such as lead, arsenic, cadmium, and mercury that can be present in cannabis and pose health risks.
• Lead <LOQ
• Arsenic ND
• Mercury ND
• Cadmium ND

• Ochratoxin A ND
• Total Aflatoxins ND
• Aflatoxins B1 ND
• Aflatoxins B2 ND
• Aflatoxins G1 ND
• Aflatoxins G2 ND

• Bacteria and fungi that can contaminate cannabis and potentially cause illness if consumed.
• Salmonella spp ND
  Specific microorganisms that can contaminate cannabis and pose health risks.
• Ecoli ND
  Specific microorganisms that can contaminate cannabis and pose health risks.
• Aspergillus Niger ND
  Specific microorganisms that can contaminate cannabis and pose health risks.
• Aspergillus Flavus ND
  Specific microorganisms that can contaminate cannabis and pose health risks.
• Aspergillus Terreus ND
  Specific microorganisms that can contaminate cannabis and pose health risks.
• Aspergillus Fumigatus ND
  Specific microorganisms that can contaminate cannabis and pose health risks.

• Unwanted substances or contaminants that can be found in cannabis, indicating poor quality or improper handling.
• Other Foreign Matter ND
  Examples of filth and foreign material that can contaminate cannabis products.