Authorities are legalizing cannabis, particularly for medicinal use, in an increasing number of states. Many people stand by its alleged benefits, but new research warns that frequent use may lead to the "disabling" symptoms of cannabis withdrawal syndrome.
The researchers also note that cannabis withdrawal symptoms appeared to be linked with mental disability and a family history of depression.
Also, these symptoms were associated with a number of psychiatric disorders, including mood disorders, anxiety disorders (social phobia, agoraphobia, and panic disorder), personality disorders, and post-traumatic stress disorder
An evaluation of risk applied to marijuana products for recreational or medical purposes concludes that advanced mitigation strategies and new protective delivery protocols are necessary to adequately protect the public from harm. In Canada a controlled distribution program is in place called the RevAid®.1,2 This program assures consumers are monitored to prevent or minimize major side effects and or reactions. Under this program only prescribers and pharmacists who are registered or patients who are enrolled and who have agreed to meet all the conditions of the program are given access to these drugs.
Cannabidiol (CBD) and cannabidivarin (CBDV) are natural cannabinoids which are consumed in increasing amounts worldwide in cannabis extracts, as they prevent epilepsy, anxiety, and seizures. It was claimed that they may be useful in cancer therapy and have anti-inflammatory properties. Adverse long-term effects of these drugs (induction of cancer and infertility) which are related to damage of the genetic material have not been investigated. Therefore, we studied their DNA-damaging properties in human-derived cell lines under conditions which reflect the exposure of consumers. Both compounds induced DNA damage in single cell gel electrophoresis (SCGE) experiments in a human liver cell line (HepG2) and in buccal-derived cells (TR146) at low levels (≥ 0.2 µM). Results of micronucleus (MN) cytome assays showed that the damage leads to formation of MNi which reflect chromosomal aberrations and leads to nuclear buds and bridges which are a consequence of gene amplifications and dicentric chromosomes. Additional experiments indicate that these effects are caused by oxidative base damage and that liver enzymes (S9) increase the genotoxic activity of both compounds. Our findings show that low concentrations of CBD and CBDV cause damage of the genetic material in human-derived cells. Furthermore, earlier studies showed that they cause chromosomal aberrations and MN in bone marrow of mice. Fixation of damage of the DNA in the form of chromosomal damage is generally considered to be essential in the multistep process of malignancy, therefore the currently available data are indicative for potential carcinogenic properties of the cannabinoids.
PMID: 30341733 DOI: 10.1007/s00204-018-2322-9
Conclusion: The relative speed associated with the transition from use to SUD emphasizes the narrow window of time available to intervene, underscoring the urgency of early identification of mental health conditions and the timely provision of appropriate evidence-based interventions, which could potentially prevent the development of secondary SUDs.
Taking Action - Stopping Ice
United Nations Office of Drugs & Crime: Drug Prevention & Treatment
Medicinal Cannabis –
Access to medicinal Cannabis Products (TGA)
Access to medicinal cannabis products: steps to using access ...
Presentations, Statements & Conference Resources from WFAD 2018 Forum