Cannabis sinsemilla (Spanish pronunciation:[sinseˈmiʝa]) also known as sensimilla, sinse or sensi (can be translated into English as seedless cannabis) is the femaleCannabis plant that has not been pollinated and therefore does not develop seeds, increasing the concentration of cannabinoids and terpenes. This cultivation technique was developed in Sinaloa, Mexico, in the 1970s, by the drug trafficker Rafael Caro Quintero[1][2] and consists of separating male plants as soon as they are known to be male, in order to avoid pollination of female pistils.[3] The seeds are not useful for recreational purposes and require the plant to make a great expenditure of energy that could be invested in increasing the tetrahydrocannabinol (THC) of the inflorescences (buds).
The technique became popular in the United States as sinsemilla, sinsemilia, sinse, or sense.[4] In 1980, an American study indicated that the average THC of street marijuana was 1.8%, while sinsemilla reached 6%.[5] Sinsemilla cannabis is a cultivation technique, so it should not be confused with skunk, which refers to strains with a high percentage of THC. The expression sinsemilla is practically obsolete since feminized seeds emerged in the 1990s, seeds genetically modified to only sprout females.
Health risks
Regular use of high potency cannabis (HPC) has been linked in several studies to an increased likelihood of psychotic disorders.[6][7][8] A 2015 study looked at multiple users of skunk, sinse or other HPC cannabis strains in South London showed a corresponding relationship with adults presenting with episodes of psychosis similar to schizophrenia.[8] Similar studies have been carried out in Germany, New Zealand and the Netherlands.[8]
In popular culture
referenced in the movie Caddyshack (1980), a hybrid variety of golf turf, composed of Kentucky Blue Grass, Featherbed Bent, and Northern California sinsemilla.
^Domestic Cannabis Eradication/Suppression Program. Cannabis Investigations Section, Drug Enforcement Administration, U.S. Department of Justice. 1992. pp. 1.