If stored properly, cannabis can last up to two years.
We are starting to see ground-breaking technology rising in the industry, including filtration of humidity built into packaging, as well as permeable membranes that support the wise guarding of both hydration and terpene/flavonoid concentration.
Though UK doctors have been able to prescribe cannabis since November 2018, very few prescriptions have been issued, because most forms of medical cannabis have not been approved by the government.
In response to thousands of disappointed patients, the House of Commons Health and Social Care Committee called for immediate clinical trials focusing on the treatment of intractable childhood epilepsy.
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This paper is also stored here: http://bit.ly/2XXYrEJ inside the CED Foundation Archive
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One of the terrific realities of modern Cannabis is that it is possible, and often quite simple, to make effective products at home. With suitable education and access to testing facilities, the soil, nutrients, and plant growth can be supported at home, lab-tested for make-up and potency, as well as safety-checked for potential microscopic contaminants, and ultimately, individualized medicine can be created right at home!
Here is a sample instructional for just one way that cannabis tincture can be made at home. There are countless others and hopefully, many that are yet to be discovered!
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A fascinating blog post by Medicinal Genomics about 3 most common cannabis pathogens found in cultivation:
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Cannabinoid Inheritance Relies on Complex Genetic Architecture
Researchers have recently attempted to discover the genetic basis of cannabinoid production within cannabis plants, finding a complex genetic architecture. This study highlights the lack of knowledge surrounding cannabis cultivation, suggesting current producers record the phenotypic and genetic crosses they breed so that the community can further research the cannabinoids produced. Specifying which genetic profiles match up to the ratio of cannabinoids produced will benefit mass production and medical research.
The introduction of this article focuses heavily on the ratio of ∆-9-tetrahydrocannabinol to cannabidiol, yet there are therapeutic benefits associated with all of the other cannabinoids as well as flavonoids and terpenes produced by the plant. Multiple chemical components of cannabis strains have yet to be fully explored and preliminary findings warrant the same amount of attention in order to develop various therapies.
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This paper is also stored here: http://bit.ly/2L3PeIl inside the CED Foundation Archive
