…the police department decided it would work better to “recruit” these useless individuals, feed them marijuana and possibly other drugs, then observe their behavior as part of a police “training” program that teaches state patrol officers what different kinds of intoxication look like. Others were apparently given weed if they would simply rat on fellow protesters….
…this is a real, official, taxpayer-funded thing. The police are “trying to observe the characteristics of certain drugs so when [police] pull people over they know what they’re looking at,” she told the documentary filmmakers. It’s called the Drug Recognition Evaluator program, and it’s run by the Minnesota State Patrol….
Because, kids, the police-state _needs_ more & more ‘bad guys’ or they become irrelevant. & unemployed …. :/
Legalize cannabis. It’s way past time. What a waste of law enforcement resources.
…A study published in 2010 showed that people who smoke strains of marijuana containing high concentrations of an ingredient called cannabidiol do not experience memory impairments….
…states that legalize medical marijuana have fewer fatal car crashes, largely because of a decline in drunk driving. In other words, people may be substituting marijuana for alcohol — and while it’s not advisable to drive under the influence of either — the net result, when it comes to traffic deaths, could be a reduction in harm because smoking pot raises the crash risk less than drinking does.
…ingestion of cannabis via alternative methods such as edibles, liquid tinctures, or via vaporization — a process whereby the plant’s cannabinoids are heated to the point of vaporization but below the point of combustion — virtually eliminates consumers’ exposure to such unwanted risk factors and has been determined to be a ‘safe and effective’ method of ingestion in clinical trial settings….
…In the 2-year studies, survival of dosed rats was higher than controls; that of mice was similar to controls. Incidences of testicular interstitial cell, pancreas and pituitary gland adenomas in male rats, mammary gland fibroadenoma and uterus stromal polyp in female rats, and hepatocellular adenoma/carcinoma in male and female mice were reduced in a dose-related manner….
Ten volunteer inpatient asthmatics in a steady state were given a single inhalation of an aerosol (63 mul) delivered in random order, on each of three consecutive days, in the laboratory of a respiratory unit. Before, and for one hour after treatment the pulse, blood pressure (lying and standing), forced expiratory volume in 1 second (FEV1), forced vital capacity (FVC), peak flow rate (PFR), and self-rating mood scales (SRMS) were recorded. Treatments were placebo-ethanol only; delta1-tetrahydrocannabinol (THC) 200 mug in ethanol; or salbutamol 100 mug (Ventolin inhaler), administered double blind. Salbutamol and THC significantly improved ventilatory function. Maximal bronchodilatation was achieved more rapidly with salbutamol, but at 1 hour both drugs were equally effective. No cardiovascular or mood disturbance was detected, and plasma total cannabinoids at 15 minutes were undectable by radioimmunoassay. The mode of action of THC differs from that of sympathomimetic drugs, and it or a derivative may make a suitable adjuvant in the treatment of selected asthmatics.
…Cumulative cannabis use was associated with higher forced vital capacity, total lung capacity, functional residual capacity and residual volume. Cannabis was also associated with higher airway resistance but not with forced expiratory volume in 1 s, forced expiratory ratio or transfer factor. These findings were similar among those who did not smoke tobacco. In contrast, tobacco use was associated with lower forced expiratory volume in 1 s, lower forced expiratory ratio, lower transfer factor and higher static lung volumes, but not with airway resistance. Cannabis appears to have different effects on lung function from those of tobacco. Cannabis use was associated with higher lung volumes, suggesting hyperinflation and increased large-airways resistance, but there was little evidence for airflow obstruction or impairment of gas transfer.
…basic research is discovering interesting members of this family of compounds that have previously unknown qualities, the most notable of which is the capacity for neuroprotection. Large randomised clinical trials of the better known compounds are in progress. Even if the results of these studies are not as positive as many expect them to be, that we are only just beginning to appreciate the huge therapeutic potential of this family of compounds is clear.
Noting carefully that the active ingredient in cannabis has already been tried out in ‘proper medical inhalers’ ….
This study is replicating prior research which has found pretty much the same results every time:
“…The study, results of which were published Tuesday in the Journal of the American Medical Association, found that the lung capacity of people who smoked marijuana was not diminished by regular toking, even among those who smoked once or twice a week….
“…For occasional users, smoking marijuana was actually associated with a small but statistically significant increase in lung capacity…
“…The study lumped together all types of inhaled marijuana use, meaning researchers did not differentiate among those who smoked joints or pipes or any other implement….”
Which means they did not specifically examine vaporizing cannabis as opposed to smoking it, a significant difference in that vaporizing doesn’t combust the plant material.