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For several years during the s and 80s, Ken Van Velzen worked for one of the most successful drug importers in the US. Walking down the hallway of Grace church to meet him, the first thing I notice is a bright smile and a bandaged arm. At sixty-nine years old, Ken is recovering from hand surgery. Ken was raised in a Christian home in Michigan, the fourth of five sons. He had a fairly unremarkable childhood filled with sports, schoolwork, and church. When he was nineteen years old, he married Sharon, his high school sweetheart. We had so many dreams for our life together. It was a call from a friend who happened to be the top importer of marijuana in the US. I finished the house, sold it, and moved to Florida in My friend was a multi-millionaire, all from the importation of marijuana, and I wanted some of that. I met dangerous people. I became a dangerous person. With that lifestyle came a lifestyle of cocaine and heavy drinking. He survived, but the following week Ken was arrested for the second time since joining the industry. His lawyer advised him to check into a mental hospital. Incredibly, he was only charged with drunk driving. I got home and continued trying to make it big for three more years. The body of believers surrounded and loved him. They asked him to share his testimony with the whole church. It was a long process to rebuild their marriage and family, but they did. Looking back, Ken believes his teenage conversion under the guidance of his Christian parents was authentic. He wandered long and far, but God faithfully brought him back. Decades later, Ken would endure the greatest sorrow of his life. On May 30, , at pm, Sharon passed away from ovarian cancer. I always have and always will. Save my name, email, and website in this browser for the next time I comment. Give Service Times. Hit enter to search or ESC to close. Close Search. Jeanne Harrison. Jeanne Harrison May 31, Kelly Adkins May 31, T Munroe May 31, Latoya Richards says:. September 20, at pm. Gayla Stahler says:. October 8, at pm. Leave a Reply Cancel Reply. Share Tweet Share Pin.

Genetic research: Production of THC and CBD really unique for cannabis plant

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Official websites use. Share sensitive information only on official, secure websites. Corresponding author. E-mail address: Marta. Di Forti. This is an open access article distributed under the Creative Commons Attribution License 4. The spread of laws legalising cannabis for medicinal or recreational use has been accompanied by more relaxed attitudes towards cannabis. Data from the United States show that in states that have legalised cannabis, prevalence of daily, weekly, and monthly cannabis use was CBD does not induce euphoria but may exert anxiolytic, antiepileptic, anti-inflammatory, and analgesic properties Figure 1. This diagram graphically illustrated first, the differential and in fact opposite psychiatric and cognitive effects of THC and of CBD, and second, how both compounds derive from the same precursor. Therefore if, for instance, a Cannabis sativa plant is genetically driven to the production of high quantity of THC, it will only be capable to synthesise small quantities of CBD. Nevertheless, discontinuation of long-term frequent cannabis use can induce anger, decreased appetite, irritability, nervousness, restlessness, and sleep difficulties, 13 , 79 suggesting that the alleviation of abstinence symptoms contributes to the maintenance of daily cannabis use. Cross-sectional and prospective studies demonstrate a causal link between cannabis use and psychotic disorder, with greater risk for cannabis users, compared to nonusers. A meta-analysis by Large et al. Another study showed that if subjects had used high-potency cannabis daily, their illness onset was, on average, 6 years earlier 31 compared to never users. Boydell et al. The first, clear evidence of the impact of cannabis use on rates of psychotic disorder comes from the EUGEI study. Further independent evidence comes from Portugal that has registered a steady increase in the rate of hospital admissions for psychotic disorders with comorbid CUD. The self-medication hypothesis suggests that patients with psychotic disorders use cannabis to seek relief from their symptoms. More recently, Mendelian randomization investigated the relationship between cannabis use and randomly assorted genetic variants that are associated with psychosis, which were used as proxy for psychosis itself. Mendelian randomization studies have suggested that cannabis use initiation is partly explained by common genetic variants associated with risk of schizophrenia, thus proposing a direction of causality from schizophrenia genes to cannabis use ie, reverse causality rather than from cannabis use to schizophrenia and other psychosis. On the contrary, heavy cannabis use increased the risk for psychotic disorders independent of the individual's schizophrenia PRS. A meta-analysis indicates that patients with a psychotic disorder who continue to use cannabis after their illness onset experience a worse clinical and functional outcome than those who stop. Some evidence begin to suggest that individuals at ultra-high risk for psychosis have higher rates of CUDs 14 and, conversely, patients with CUDs are more likely to transition to psychosis. This is often considered a limitation. Nevertheless, although biological measures can provide valid and reliable measures of current use, they cannot provide data on use over time. Indeed, studies that analysed both self-reported information and laboratory data indicated that cannabis users are reliable in reporting how frequently they use and the type they used. Administration of cannabis and THC has shown to precipitate, with a dose—response relationship, the onset of transient positive psychotic symptoms eg, ideas of reference, paranoid delusions, hallucinations, depersonalization, or derealization and, to a less extent, negative symptoms eg, blunted affect in healthy volunteers and to temporary exacerbated psychotic symptoms in schizophrenia patients. The Dunedin study was the first to indicate adolescents as a group particularly vulnerable to the psychotogenic effect of cannabis use. Subjects with a family history of psychotic disorders have a greater sensitivity to the psychotogenic effect of cannabis 66 and if they develop a cannabis-induced psychotic disorder, they are more likely to transition to schizophrenia. Another potentially vulnerable population might be represented by individuals exposed to childhood adversity, which may enhance the psychotogenic effect of cannabis, through sensitization. Several studies observed that the joined effect of early trauma and cannabis use on psychosis was greater than their independent effect, 54 , 62 , 63 , 70 but the findings were not fully consistent. Two meta-analyses 47 , described a modest residual cannabis-related impairment in measures of both overall and specific cognitive functions after 12 hours to 25 days of abstinence, with no residual cognitive impairment after 25 days of abstinence. In young adults, chronic cannabis use most commonly affects immediate recall and verbal reasoning 12 , 38 , but not spatial working memory; however, the latter is affected in adolescents, 55 suggestive of a differential effect on the developing brain. Both in adolescents and adult users, attention is impaired during cannabis intoxication and persists for several weeks. Regular cannabis use is associated with lack of motivation for naturally rewarding activities, which is a core feature of depressive disorders. Evidence for a weaker association between cannabis use and anxiety disorders comes from a meta-analysis, estimating ORs from 1. All prescribed and recreational drugs have adverse effects, even those coming from plants, fruits, and flowers as we have learnt from the use of tobacco, alcohol, and opium. Cannabis is not an exception Tables 1 and 2. Therefore, at a time of changes in the laws concerning cannabis use, it is of clinical and public health importance to provide evidence-based and clear information on what we know concerning 1 the acute and persistent adverse effects and 2 how to screen for those individuals more susceptible to experience them when cannabis is used recreationally or medicinally. This table illustrates the findings from meta-analyses that report an association between several mental health outcomes, cognition, and cannabis use. Summary of the mental health and cognitive acute and persistent adverse effects associated with cannabis use. Di Forti reports personal fees from Janssen, outside the submitted work. The remaining authors have no conflict of interest to declare. Sponsorships or competing interests that may be relevant to content are disclosed at the end of this article. As a library, NLM provides access to scientific literature. Find articles by Lucia Sideli. Find articles by Giulia Trotta. Find articles by Edoardo Spinazzola. Find articles by Caterina La Cascia. Find articles by Marta Di Forti. Published by Wolters Kluwer Health, Inc. Open in a new tab. Summary of meta-analyses reporting adverse effects associated with cannabis use. Family history of psychosis 2. High polygenic risk score for schizophrenia 3. Dose—response relationship with THC content high-potency cannabis and daily use 2. Similar articles. Add to Collections. Create a new collection. Add to an existing collection. Choose a collection Unable to load your collection due to an error Please try again. Add Cancel. Marconi et al. High levels of cannabis use increase the risk of psychotic outcomes with a dose—response relationship. Large et al. Relationship between cannabis use and earlier onset of psychotic illness. Schoeler et al. Continued cannabis use after onset of psychosis predicts adverse outcome than for nonusers. Gibbs et al. Association between cannabis use and both the exacerbation of manic symptoms in those with previously diagnosed bipolar disorder and new-onset manic symptoms. Gobbi et al. Cannabis consumption in adolescence is associated with increased risk of developing depression in young adulthood. Lev-Ran et al. Heavy cannabis use may be associated with an increased risk for developing depressive disorders. Twomey et al. Cannabis use is no more than a minor risk factor for the development of elevated anxiety symptoms in the general population. Grant et al. There might be decrements in the ability to learn and remember new information in chronic users, whereas other cognitive abilities are unaffected. Schreiner et al. A small negative residual effect of cannabis use on overall cognitive performance, no evidence of lasting residual effect.

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