DENVER, Colo. - January 24, 2022 - PRESS RELEASE - The Colorado Marijuana Enforcement Division (MED) released licensee demographic data for January 2022. The Division is committed to reporting information that allows the state and members of the public to understand the diversity landscape of Colorado’s Regulated Marijuana industry and measure progress on statewide social equity-related initiatives. The following tables provide additional insights into the demographics of Colorado’s commercial marijuana industry.

Regulated Marijuana License Demographic Information - January 1, 2022

Cannabis Cabinet Wildly Important Goal (WIG) FY 21-22: Promote equity, diversity, and inclusion in the marijuana industry, measured by an increase in minority-ownership of marijuana businesses from 15.2% to 16.8% by June 30, 2022.

As of Jan. 1, 2022, there are 50 approved Social Equity licensees (4 issued in December).

January 1, 2022 Race/Ethnicity Data:

• Employee Licenses: Approximately 39% or 16,495 Employee licenses did not disclose or their race/ethnicity is unknown. 

• Owner Licenses: Approximately 12% or 226 Owner licenses did not disclose or their race/ethnicity is unknown. 

Race/Ethnicity Data & Percentages By License Type (Excludes the “Undisclosed/Unknown” Licenses)

• Employee Licenses: Those who disclosed their race/ethnicity as Caucasian held 66.5% of Employee licenses, compared to 6.2% who disclosed themselves as Black, and 17.1% for those who disclosed themselves as Hispanic/Latino.

• Owner Licenses: Those who disclosed themselves as Caucasian held 83.1% of owner licenses, compared to 2.9% for those who disclosed themselves as Black and 7.9% for Hispanic/Latino.

Overall Individual License Data

As of Jan. 1, 2022

January 1, 2022 Gender Data: 99% Response Rate. 

• Employee Licenses: Women hold approximately 39% of employee licenses.   
• Owner Licenses: Women hold about 19% of owner licenses.

Gender Data:

The Division began reporting aggregate demographic data in April 2021. For the full demographic data report, and to see reports from previous months, please visit the MED Demographic Data page here: https://sbg.colorado.gov/med/licensee-demographic-data

NEW YORK, Jan. 24, 2022 – PRESS RELEASE – Sugarmade Inc., an emerging leader in the licensed cannabis sector, announced the signing of a binding letter of intent (the “LOI”) with GenCann Inc., the exclusive licensor for a set of cannabis chemovars particularly rich in the cannabinoid Tetrahydrocannabivarin (THC-V) (the “GenCann chemovars”).

Under the terms outlined in the LOI, Sugarmade and its licensed cannabis cultivator partners will be granted a five-year license to cultivate what the company believes to be some of the highest THC-V-containing strains in existence. Sugarmade and GenCann plan to begin clone production immediately upon the signing of the final agreement with a cultivation program beginning this spring in Lake County, Calif..

“While THC-V is sometimes referred to as a ‘rare cannabinoid,’ we believe the term no longer applies relative to our planned cultivation effort using GenCann’s chemovars,” Sugarmade CEO Jimmy Chan said. “The test results from certified California laboratories of these chemovars are certainly impressive, with THC-V yields in flower of up to 8 percent. We think the GenCann chemovars are a game-changer in the cannabinoid space. Sugarmade plans to make a substantial commitment to bring products based on THC-V to the California market and perhaps to other states in the future.”

The GenCann chemovars are covered by multiple issued U.S. patents, including patent numbers PP33212 for the plant called “V1,” patent number PP33211 for the plant called “V2” and patent number PP33210 for the plant called “V3.” All three of these chemovars contain abundant THC-V, with the V1 variety being especially distinguished by producing more THC-V than THC by percent weight. The V3 strain, also known as Skelator, will be the predominant strain utilized for spring cultivation due to its early finishing characteristics and its higher THC-V content, although the V1 and V2 varieties are also planned for Sugarmade’s cultivation effort.

Sugarmade plans to utilize the THC-V-rich biomass in a series of products it plans to introduce to the licensed California marketplace. The first of these will be THC-V-rich smokeable flower and THC-V-rich gummy candies. In the future, Sugarmade plans to also produce distillate and isolate products based on its cultivated biomass.

“The THC-V smoking and edibles consumption experience is very different compared to traditional cannabis,” Chan said. “Where legacy cannabis strains often produce a sedating effect, consumption of THC-V-rich products produces a pleasant and uplifting effect. It’s a remarkable experience, and we believe consumers will gravitate to it.”

In addition to seeking to supply the mainstream cannabis marketplace with THC-V products, Sugarmade also plans to seek pharmaceutical and nutraceutical partners for supply agreements as many of these companies are already stating their intentions to conduct trials or to produce products containing rare cannabinoids.

The cultivated THC-V cannabinoids from the GenCann chemovars differ significantly from the current generation of THC-V products presently available in the marketplace, most of which are converted via a chemical process from hemp-based isolates. This generation of products is also very expensive, often priced in the $50-per-gram range, and is typically not tested by certified laboratories.

Additionally, the cannabinoids produced by the GenCann chemovars differ from planned offerings by other companies that utilize genetically modified organisms, such as bacteria or yeast, to create cannabinoids outside of the cannabis plant varieties. All of the cannabinoids to be generated via the GenCann chemovars and Sugarmade’s cultivation will be produced from real cannabis plants that have been specifically bred for this purpose and grown in an outdoor setting.

Sugarmade and GenCann believe outdoor cultivation of THC-V-rich strains will yield higher desirable cannabinoid content due to optimal ultraviolet light levels inherent in natural sunlight.