The spirit of SIN SEMILLA lives in the passion for perfecting the genetic composition present in our flower, constantly cultivating diversity through distinctive attributes to reach new levels of experience. Understanding the chemistry and methodical process behind each plant is crucial for grasping its effects on the body and mind, and it's strongly encouraged by the SIN SEMILLA team.
Leaves are indicators of a plant's overall health. Experienced growers recognize the symbiotic relationship between plants and their environment, prompting them to take proactive measures to prevent issues before they occur. Any environmental or systemic disruption will manifest visibly in the leaves. Historically, growers have removed leaves around buds for several reasons:
Leaves became less desirable to consumers as the quality and price of cannabis increased. From harvest to consumption, any contact—such as trimming, weighing, bagging, or reviewing—causes a slight loss of trichomes. Trichomes, the mushroom-like structures on the flower, contain the active ingredients of cannabis, including terpenes and cannabinoids. While they can be found all over the plant, the highest concentrations are on the flower calyx and the foliage surrounding the buds. These delicate treasures deserve to be treated with respect.
Each SIN SEMILLA container is time-stamped and sealed on the day of harvest because, like beauty, flowers are fleeting. While we can't prevent the natural degradation of our buds, we do strive to slow it down. Nitrogen gas acts as a preservative by diffusing through our flowers and leaves, thereby slowing their degradation. By using nitrogen gas in our packaging, we force oxygen out of the container, preventing the unwanted growth of oxygen-dependent bacteria.
Genetics are only as effective as the expertise of the genetic selector. Fortunately, at SIN SEMILLA, we leverage years of combined experience in genetic selection to drive our data-oriented approach. The primary criteria we use to evaluate genetics are:
Pheno-hunting enables us to identify and cultivate specific traits we aim to develop. Our genetics room continuously generates potential new strains for research and development. To ensure an optimal medicinal experience, only 1-3% of these strains pass our stringent selection process.
Water waste poses a significant challenge in our industry. At SIN SEMILLA, we address this by reclaiming water from the humidity in our gardens. This process enables us to constantly monitor and detect unwanted heavy metals, chemicals, and biological contaminants. Through water reclamation, we enhance quality, consistency, and conservation, which has motivated us to seek patents for our innovative water generation techniques.
Our body's physiology relies on cannabinoids to transmit impulses that regulate appetite, pain sensation, mood, memory, and more. These cannabinoids interact with specific CB receptors within the body. Naturally occurring cannabinoids, called endocannabinoids, are just one component of the endocannabinoid system (ECS). Cannabinoids produced outside the body, known as exogenous cannabinoids or phytocannabinoids, can be extracted from the cannabis plant, such as THC and CBD. These exogenous cannabinoids mimic the structure of endocannabinoids, thereby activating the ECS and influencing various physiological functions.
Our extensive research has documented over 100 active cannabinoids, with THC being the only plant cannabinoid known to have psychoactive effects. There is some evidence suggesting that THCV might also have intoxicating properties, though further research is needed. While most plant cannabinoids are not intoxicating, they can influence the effects of THC on the neural system. A prime example is CBD, which affects how THC interacts with the body.
The Endocannabinoid System
The Endocannabinoid System (ECS) helps maintain dynamic balance in the body, also known as homeostasis. This system includes endocannabinoids, which are naturally produced within the body. Cannabinoids from the cannabis plant, whether inhaled or ingested, mimic the structure of endocannabinoids and activate the ECS, thereby affecting various bodily functions.
Chemically speaking, terpenes are formed by varying combinations of the isoprene molecule. They belong to a class of molecules that contribute significantly to the cannabis experience.
Terpenes are produced in the same glands of the cannabis plant that generate cannabinoids, and evidence suggests they are synthesized in the trichomes. Their molecular structure allows them to easily diffuse into the air, giving each cannabis strain its distinctive aroma.
The taste and smell of cannabis vary based on its terpene composition. A specific combination of terpenes, known as the “terpene profile,” interacts with your body to enhance functions such as reducing nausea, pain, stress, and inflammation. Terpenes can also serve as sedatives, boost creativity and alertness, and combat cancer tumors, among other alleged claims.
Our packaging process preserves the terpenes in our flowers, ensuring that each time you open the product, the terpene profile is as fresh as if it were just harvested. The terpene wheel on our labels identifies the terpene profile you are consuming and helps you understand how our flower can impact your experience.
